## Effects of Gestational At razine Exposure on Offspri ng Reproductive Development

Supporting Data for:

Davis LK, Murr AS, Best DS, Fraites MJ, Zo rrilla LM, Narotsky MG, Stoker TE, Goldman

JM, Cooper RL. 2011. The effects of prenatal exposure to atrazine on pubertal

and postnatal reproductive indices in the female rat. Reprod Toxicol.

doi:10.1016/j.r eprotox.2011.04.004

Table of Contents

Page

1 Table of Contents

2 Protocol

6 Postnatal Day 0 data s.i.d.

25 b.i.d.

43 Postnatal Day 4 data s.i.d.

65 b.i.d.

87 Postnatal Day 7 Anogenital Distance s.i.d.

129 b.i.d.

172 Postnatal Day 21 data s.i.d.

189 Postnatal Day 22 data b.i.d.

205 Body Weights s.i.d.

284 b.i.d.

359 Vaginal Opening s.i.d.

365 b.i.d.

371 Body Wt at Vaginal Opening s.i.d.

377 b.i.d.

383 Mammary Gland analysis s.i.d.

389 b.i.d.

394 Branch poi nt data all blocks

398 Terminal end bud data all blocks

399 Distance data all blocks

401 Subjective scoring data all blocks

407 Estrous Cyclicity analysis s.i.d.

411 b.i.d.

414 Estrous Cyclicity data s.i.d.

419 b.i.d.

## PROTOCOL

Effects of gestational at razine exposure on offspring reproductive development

Rationale/Context: Atrazine has been shown to alter steroidogenesis and increase

circulating corticosterone levels in adult rats. Either direct ly or via activation of the

hypothalamic-pituitary-adrenal axis, prenatal atrazine exposure may also disrupt

testicular testosterone production in the male offspring (Rosenberg et al., 2008; J Androl

29:304). This study will examine the effects of late-gestational atrazine exposure on

reproductive development in rats.

The study will be conduc ted in four blocks.

Blocks 1 and 3: dams will receive one dose per day (approximately 9am)

Blocks 2 and 4: same daily dosages split into two doses per day (~9am, ~7pm)

Species, Strain: Rat, Sprague-Dawley

Source: Charles River Laboratories, Raleigh, NC

Age: 10-14 weeks

Animal Rooms: RTF-5, RTF-6, RTF-8

Diet: PMI® LabDiet® Formulab 5008, ad libitum

Water: filtered (5 micron) tap wa ter, ad libitum via automatic watering

Photoperiod: light:dark = 14:10 hours; lights on 0500-1900 EST.

Cages: clear polycarbonate, 20 x 25 x 47 cm

Bedding: heat-treated pine shavings

Gestation Day 0 day of finding c opulatory plug or vaginal sperm

Postnatal Day 0 coincides with GD 22 regar dless of actual date of parturition

Animals received timed-pregnant on GD 8 and will be housed individually. They will be

weighed and assigned treatm ent groups based on GD-11 body weights.

Experimental Design:

GROUP Dose (mg/kg/d) Rats/block

1 Vehicle control 0 6

2 1 6

3 5 6

4 20 6

5 100 6

6 Untreated control --- 6 (Blocks 3 and 4 only)

Route: oral (gavage)

Vehicle: 1% Methylcellulose

Dose volume: 5 ml/kg

Dosing period: GD 14-21

## Test substance:

Vehicle: 1% Methyl Cellulose (Sigma M-7140, Batch 097K0004)

Prepared by using 10 g meth yl cellulose per 1 L of purified water

Atrazine (Product# G30027, ID# FL-881692, ARS-84368, Purity 97.1%, Batch Code

SG8029BA10, MW = 215.7)

Animal and sample identification:

- Animals received timed-pregnant will be assigned unique identification numbers

from the Narotsky lab (starting with #13478).

- Tissue samples taken from pups up to weaning (PND 21 or 22) will be identified

by damID-PND-pup# (e.g., 13478-4-1 refers to pup #1 on PND 4 from dam

#13478). For the purposes of tissue ID, all birth-exam samples will be referred to

as PND 0 regardless of the day of parturition.

- At weaning, surviving pups to be maintained in the study will be assigned unique

ID numbers from the Narotsky lab. A database will be maintained to cross

reference weanling ID num bers with dam ID numbers.

- Endpoints/Events:

- Maternal body weights: 11, 14-21

- Clinical observations

- Parturition examinations.

- Litters examined at birth and PND 4, 7, 11, and 21 or 22 (see below).

- After weaning, dams will be killed and uterin e implantation sites will be counted.

Uteri of nonparous females will be stained with 2% ammonium sulfide to detect

cases of full-litter resorption.

- Pubertal examinations: offspring will be examined for timing of preputial

separation and vaginal opening.

- Rough & Tumble Play: On PND 29-36, same-sex pairs will be assessed for

rough-and-tumble play behavior. Cage ma tes (littermates) will be separated for

~24 hr, reunited durin g the dark phase of the light cycle, and observed under red

light for 10 min.

- PND 59, males will be killed:

o AGD will be measured

o Two males will be euthanized by decapi tation for collection of blood, brain,

and testes as described (bel ow) for birth examination.

- Estrous cyclicity: vaginal smears will be examined daily for 2 weeks beginning on

day of vaginal opening, then rested unt il PND~63. Beginni ng on PND~63, each

female will be smeared daily and rested for alternate 2-week periods until

reproductive senescence is identified.

## Litter examinations:

Birth: Litters will be examined during the first mo rning after parturition completion. E.g.,

litters of dams that have completed par turition since ~8am Sunday will be examined

Monday morning (approximately 8am-noon). An y litters not completely delivered by

approximately 8am Monday will be examined Tuesday morni ng, assuming parturition

has completed by ~8am Tuesday.

Pups will be examined grossly, se xed, and weighed colle ctively by sex.

The number of pups with abdominal milk bands will be recorded.

Two males will be weighed individua lly and killed by decapitation.

- one male: testes fixed for histology

- one male: each testis will be placed in s eparate 1.5-ml microcentrifuge tubes with

0.5 ml pre-warmed media (M-199 with reduced methionine + 10% DCC); one

tube will also contain LH. Testes will be in cubated at 34oC for 3 hr with shaking.

Following incubation, medi a will be removed and stored at -80oC for assay of

testosterone; testes will be stored at -80oC for proteomic analysis.

PND 4: Pups will be examined gr ossly, sexed, counted, and weighed individually (if

time permits) or weighed collectively by sex. Litters with >10 pups will be reduced to 10

pups (5 males + 5 females, if possible).

PND 7: Pups will be examined gr ossly, sexed, counted, and individually weighed and

measured for anogenital distance (AGD).

PND 11: Pups will be examined grossly, sex ed, counted, and individually weighed.

Nipples will be counted and scored for prominence.

PND 21: Pups will be examined grossly, sex ed, counted, and weighed individually.

Pups will be assigned unique animal num bers, earmarked, and housed two per cage

(with a same-sex littermate).

## Operating Procedures (OPs):

Data Recording (NHEERL- H/RTD/EB/MN/ 2001-003-001)

Group Assignment (NHEERL- H/RTD/EB/MN/ 2001-005-001)

Body Weights (NHEERL- H/RTD/EB/MN/2001-013-001)

Parturition Examinations ( NHEERL-H/RTD/EB/ MN/2001-015-000)

Postnatal Examinations (NH EERL-H/RTD/EB/M N/2001-016-000)

Anogenital Distance (NHEERL- H/RTD/EB/LEG/2002-004-000; NHEERLH/RTD/EB/MN/2005-004-000)

Examination of Eye Opening and Nipple Retention (NHEERL- H/RTD/EB/MN/2005-005-

000)

Examination of Vaginal Opening (NHEERL-H/RTD/ EB/LEG/2002-003-000)

Examination of Preputia l Separation (NHEERL-H/ RTD/EB/LEG/2002–002-000)

Vaginal Lavage (NHEERL- H/RTD/EB/JG/2002-005-000)

Identification of Rat Vagina l Cytology to Characterize the Estrous Cycle (NHEERLH/RTD/EB/JMG/2006-009-000)

Serum Retrieval from Whole Blood (NHEERL-H/RTD/EB /SEF/2002-004-000)

Uterus Examinations (NHE ERL-H/RTD/EB/MN/2001-017-000)

Humane Killing of Animals (NHEER L-H/RTD/EB/MN/2001- 022-000; NHEERLH/RTD/EB/JG/2002-002-000)

Related Documents:

IRP: IRP-NHEERL-H-RTP/ TAD-ETB-RLC-2010-01-r0

IRP: IRP-NHEERL-H-RTP/ TAD-ETB-RLC-2010-01-r1

IRP: IRP-NHEERL/RTP/ RTD/EB/MGN/03-02-000

LAPR: 11-08-004 (and amendments): Effect s of endocrine disrupting chemicals on

pregnancy maintenance and offspri ng development in the rat.

Study Personnel:

Michael G. Narotsky (MN)

Ralph L. Cooper (RLC)

Tammy E. Stoker (TES)

Jerome M. Goldman (JMG)

Susan C. Laws (SLC)

Gary R. Klinefelter

Neil Chernoff (NC)

Deborah S. Best (DSB)

Melanie J. Powers Fraites (MJPF)

Michelle G. Hotchkiss (MGH)

Angela Buckalew (ARB)

Ashley S. Murr (ASM)

Emily Gibson (EKG)

Juan Suarez (JS)

Lillian F. Strader (LFS)

Lori Davis

Leah Zorrilla (LMZ)

Nicole TinfoGestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 1

PND 0 Data

group

1 2 3 4 5 6

Sum Sum Sum Sum Sum Sum

total 12 12 12 12 12 5

preg 12 12 12 12 12 5

notpreg . . . . . .

livelit 12 12 12 12 12 5Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 2

PND 0 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

implants 12.4 0.5 12 13.6 0.4 12 13.4 0.4 12 13.1 0.5 12 13.1 0.5 12 13.0 0.8 5

live 11.6 0.6 12 13.1 0.4 12 12.8 0.5 12 11.8 0.6 12 11.8 0.6 12 12.2 1.0 5

mal es 6.3 0.7 12 6.6 0.6 12 6.7 0.7 12 5.4 0.4 12 6.1 0.4 12 7.4 1.3 5

females 5.3 0.6 12 6.5 0.4 12 6.1 0.6 12 6.4 0.5 12 5.7 0.5 1 2 4.8 0.7 5

maleperc 54.0 5.5 12 49.6 3.9 12 52.0 4.7 12 46.3 3.3 12 52.5 2.9 12 59.4 7.9 5

preloss 7.9 3.6 12 3.6 1.1 12 5.0 1.9 12 1 0.0 3.0 12 10.4 2.7 12 6.2 3.8 5

pup0wt 7.1 0.2 12 6.8 0.2 12 6.5 0.1 12 6.7 0.2 12 6.1 0.2 12 6.9 0.2 5

pup0wtm 7.2 0.3 12 7.0 0 .2 12 6.6 0.2 12 6.9 0.2 12 6.3 0.2 12 7.1 0.2 5

pup0wtf 7.0 0.2 12 6.6 0.2 12 6.3 0.2 12 6.6 0.2 12 5.8 0.2 12 6.6 0.2 5Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 3

PND 0 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Number of Observations Read 65

Number of Observations Used 65Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 4

PND 0 Data

The GLM Procedure

Dependent Variable: tpreloss

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.20054186 0.03342364 0.84 0.5429

Error 58 2.30261113 0.03970019

Corrected Total 64 2.50315299

R- Square Coeff Var Root MSE tpreloss Mean

0.080116 100.2046 0.199249 0.198842

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.19979294 0.03995859 1.01 0.4222

block 1 0.00074892 0.00074892 0.02 0.8912

Source DF Type III SS Mean Squa re F Value Pr > F

group 5 0.20053303 0.04010661 1.01 0.4200

block 1 0.00074892 0.00074892 0.02 0.8912Ges tational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 5

PND 0 Data

The GLM Procedure

Dependent Variable: tmaleper

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.11437067 0.01906178 0.81 0.5673

Error 58 1.36679557 0.02356544

Corrected Total 64 1.48116624

R- Square Coeff Var Ro ot MSE tmaleper Mean

0.077217 19.17878 0.153510 0.800418

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.07878702 0.015757 40 0.67 0.6487

block 1 0.03558365 0.03558365 1.51 0.2241

Sour ce DF Type III SS Mean Square F Value Pr > F

group 5 0.09719256 0.01943851 0.82 0.5371

block 1 0.03558365 0.03558365 1.51 0.2241Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 6

PND 0 Data

The GLM Procedure

Least Squares Means

tpreloss Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 0.19436096 0.05751825 0.0013 1

2 0.13660833 0.05751825 0.0209 2

3 0.14597985 0.05751825 0.0139 3

4 0.25584924 0.05751825 <.0001 4

5 0.27708779 0.0 5751825 <.0001 5

6 0.15768984 0.09274539 0.0944 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tpreloss

i/j 1 2 3 4 5 6

1 0.4806 0.5543 0.4528 0.3134 0.7381

2 0.4806 0.9087 0.1481 0.0895 0.8475

3 0.5543 0.9087 0.1820 0.1124 0.9149

4 0.4528 0.1481 0.1820 0.7949 0.3721

5 0.3134 0.0895 0.1124 0.7949 0.2785

6 0.7381 0.8475 0.9149 0.3721 0.2785

tmaleper Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 0.82385754 0.04431463 <.0001 1

2 0.78136970 0.04431463 <.0001 2

3 0.80506376 0.04431463 <.0001 3

4 0.74778827 0.04431463 <.0001 4

5 0.81004279 0.04431463 <.0001 56 0.90629473 0.07145520 <.0001 6G estational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 7

PND 0 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > | t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tmaleper

i/j 1 2 3 4 5 6

1 0.5005 0.7653 0.2297 0.8263 0.3309

2 0.5005 0.7068 0.5941 0.6490 0.1428

3 0.7653 0.7068 0.3645 0.9369 0.2335

4 0.2297 0.5941 0.3645 0.3247 0.0644

5 0.8263 0.6490 0.9369 0.3247 0.2570

6 0.3309 0.1428 0.2335 0.0644 0.2570

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 8

PND 0 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Number of Observations Read 65

Numb er of Observations Used 65Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 9

PND 0 Data

The GLM Procedure

Dependent Variable: pup0wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 11.75723504 1.67960501 4.25 0.0008

Error 57 22.50896716 0.39489416

Corrected Total 64 34.26620220

R- Square Coeff Var Root MSE pup0wt Mean

0.343115 9.462682 0.628406 6.640887

Source DF Type I SS Mean Square F Value Pr > F

group 5 7.26872480 1.45374496 3.68 0.0059

block 1 0.38473202 0.38473202 0.97 0.3278

live 1 4.10377822 4.10377822 10.39 0.0021

Source DF Type III SS Mean Square F Value Pr > F

group 5 7.62622048 1.52524410 3.86 0.0044

block 1 0.00166205 0.00166205 0.00 0.9485

live 1 4.10377822 4.10377822 10.39 0.0021Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 10

PND 0 Data

The GLM Procedure

Dependent Variable: pup0wtm

Sum of

Source DF Squares Mean Sq uare F Value Pr > F

Model 7 13.10594185 1.87227741 4.58 0.0004

Error 57 23.27889524 0.40840167

Corrected Total 64 36.38483709

R- Square Coeff Var Root MSE pup0wtm Mean

0.360203 9.392373 0.63 9063 6.804065

Source DF Type I SS Mean Square F Value Pr > F

group 5 6.58733280 1.31746656 3.23 0.0124

block 1 1.10835237 1.10835237 2.71 0.1050

live 1 5.41025668 5.41025668 13.25 0.0006

Source DF Type III SS Mean Square F Value Pr > F

group 5 6.99522509 1.39904502 3.43 0.0089

block 1 0.14012841 0.14012841 0.34 0.5603

live 1 5.41025668 5.41025668 13.25 0.0006Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 11

PND 0 Data

The GLM Procedure

Dependent Variable: pup0wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 13.15940741 1.87991534 4.14 0.0010

Error 57 25.90539433 0.45448060

Corrected Total 64 39.06480174

R- Square Coeff Var Root MSE pup0wtf Mean

0.336861 10.40082 0.674152 6.481716

Source DF Type I SS Mean Square F Value Pr > F

group 5 9.66710044 1.93342009 4.25 0.0023

block 1 0.04232239 0.04232239 0.09 0.7614

live 1 3.44998458 3.44998458 7.59 0.0079

Source DF Type III SS Mean Square F Value Pr > F

group 5 9.87727660 1.97545532 4.35 0.0020

block 1 0.09714932 0.09714932 0.21 0.6456

live 1 3.44998458 3.44998458 7.59 0.0079G estational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 12

PND 0 Data

The GLM Procedure

Least Squares Means

pup0wt Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 6.98246786 0.18336807 <.0001 1

2 6.91518263 0.18541031 <.0001 2

3 6.54598263 0.18296832 <.0001 3

4 6.67649628 0.18210158 <.0001 4

5 5.99255655 0.18245307 <.0001 5

6 6.85561780 0.29342114 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wt

i/j 1 2 3 4 5 6

1 0.8002 0.1006 0.2384 0.0003 0.7167

2 0.8002 0.1562 0.3665 0.0009 0.8634

3 0.1006 0.1562 0.6171 0.0378 0.3721

4 0.2384 0.3665 0.6171 0.0100 0.6071

5 0.0003 0.0009 0.0378 0.0100 0.0158

6 0.7167 0.8634 0.3721 0.6071 0.0158

pup0wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Numbe r

1 7.09452469 0.186 47779 <.0001 1

2 7.10569397 0.18855467 <.0001 2

3 6.70502585 0.18607126 <.0001 3

4 6.82639701 0.18518982 <.0001 4

5 6.18173961 0.18554727 <.0001 56 7.01047057 0.29839724 <.0001 6Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 13

PND 0 Data

The GL M Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wtm

i/j 1 2 3 4 5 6

1 0.9670 0.1485 0.3089 0.0009 0.8130

2 0.9670 0.1307 0.2993 0.0010 0.7868

3 0.1485 0.1307 0.6475 0.0528 0.3865

4 0.3089 0.2993 0.6475 0.0165 0.6033

5 0.0009 0.0010 0.0528 0.0165 0.0223

6 0.8130 0.7868 0.3865 0.6033 0.0223

pup0wtf Standard LSMEAN

grou p LSMEAN Error Pr > |t| Number

1 6.93081673 0.19671661 <.0001 1

2 6.73163862 0.19890752 <.0001 2

3 6.36453505 0.19628776 <.0001 3

4 6.56683223 0.19535792 <.0001 4

5 5.75555237 0.19573500 <.0001 5

6 6.66565341 0.31478 115 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wtf

i/j 1 2 3 4 5 6

1 0.4859 0.0482 0.1917 <.0001 0.48022 0.4859 0.1882 0.5603 0.0010 0.8589

3 0.0482 0.1882 0.4706 0.0333 0.4182

4 0.1917 0.5603 0.4706 0.0046 0.7913

5 <.0001 0.0010 0.0333 0.0046 0.0176

6 0.4802 0.8589 0.4182 0.7913 0.0176

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 14

PND 0 Data

litter group implants live males females maleperc preloss pup0wt pup0wtm pup0wtf

13478 3 13 13 8 5 61.5385 0.0000 6.32308 6.03750 6.78000

13479 4 12 12 5 7 41.6667 0.0000 6.44167 6.74000 6.22857

13480 3 13 12 9 3 75 .0000 7.6923 5.62500 5.87778 4.86667

13481 1 13 12 7 5 58.3333 7.6923 7.32500 7.30000 7.36000

13482 5 10 9 5 4 55.5556 10.0000 6.11111 6.28000 5.90000

13483 4 13 10 7 3 70.0000 23.0769 8.19000 8.07143 8.46667

13484 1 14 11 9 2 81.8182 21.4286 8.26364 8.24444 8.35000

13485 3 14 14 5 9 35.7143 0.0000 6.64286 6.68000 6.62222

13486 1 12 14 9 5 64.2857 0.0000 6.23571 5.84444 6.94000

13487 5 14 14 7 7 50.0000 0.0000 7.28571 7.54286 7.02857

13488 5 15 14 7 7 50.0000 6.6667 5.57 143 5.70000 5.44286

13489 4 16 15 7 8 46.6667 6.2500 6.01333 6.24286 5.81250

13490 1 11 10 7 3 70.0000 9.0909 8.41000 8.42857 8.36667

13491 2 13 13 5 8 38.4615 0.0000 6.30000 6.50000 6.17500

13492 1 13 13 4 9 30.7692 0.0000 6.23077 6.55000 6.08889

13493 2 16 16 11 5 68.7500 0.0000 6.43750 6.44545 6.42000

1 3494 4 14 14 6 8 42.8571 0.0000 6.09286 5.70000 6.38750

13495 5 15 14 6 8 42.8571 6.6667 5.03571 5.25000 4.87500

13496 5 11 10 6 4 60.0000 9.0909 6.25000 6.51667 5.85000

13497 3 15 13 6 7 46.1538 13.3333 6.8076 9 6.95000 6.68571

13498 4 13 12 4 8 33.3333 7.6923 6.34167 6.65000 6.18750

13499 1 13 12 7 5 58.3333 7.6923 7.00833 7.17143 6.78000

13500 3 15 15 7 8 46.6667 0.0000 7.31333 7.50000 7.15000

13501 5 15 13 4 9 30.7692 13.3333 5.85385 6.02500 5.77778

13502 2 13 13 8 5 61.5385 0.0000 6.80000 7.00000 6.48000

135 03 3 13 11 5 6 45.4545 15.3846 6.00909 6.06000 5.96667

13504 4 15 12 6 6 50.0000 20.0000 6.40833 6.65000 6.16667

13505 2 13 13 7 6 53.8462 0.0000 6.70769 6.90000 6.48333

13506 2 16 15 8 7 53.3333 6.2500 6.20000 6.30000 6.08571

13507 2 14 13 9 4 69.2308 7.1429 6.03846 6.24444 5.57500

13938 3 11 10 5 5 50 .0000 9.0909 7.10000 7.30000 6.90000

13939 1 9 9 1 8 11.1111 0.0000 6.77778 7.20000 6.72500

13940 2 13 12 5 7 41.6667 7.6923 6.50000 6.52000 6.48571

13941 1 11 11 7 4 63.6364 0.0000 7.05455 7.11429 6.95000

13942 5 13 13 7 6 53.8462 0.0000 5.36923 5.37143 5.3666713943 5 14 14 9 5 64.2857 0.0000 6.20000 6.42222 5.80000

13944 5 14 10 6 4 60.0000 28.5714 5.72000 6.05000 5.22500

13945 3 14 12 9 3 75.0000 14.2857 6.92500 7.00000 6.70000

13946 2 13 12 3 9 25.0000 7.6923 6.58 333 6.80000 6.51111

13947 2 12 11 4 7 36.3636 8.3333 7.85455 8.27500 7.61429

13948 3 15 15 10 5 66.6667 0.0000 6.06000 6.22000 5.74000

13949 6 13 11 8 3 72.7273 15.3846 6.83636 6.95000 6.53333

13950 1 15 15 7 8 46.6667 0.0000 6.40000 6.62857 6.20000

13951 6 10 10 3 7 30.0000 0.0000 6.71000 7.23333 6.48571

1 3952 2 14 14 7 7 50.0000 0.0000 6.70714 6.81429 6.60000

13953 5 12 9 6 3 66.6667 25.0000 7.14444 7.35000 6.73333

13954 6 14 14 8 6 57.1429 0.0000 7.35000 7.61250 7.00000

13955 4 13 13 5 8 38.4615 0.0000 7.8615 4 8.04000 7.75000

13956 4 13 13 8 5 61.5385 0.0000 6.90000 7.03750 6.68000

13958 3 11 11 2 9 18.1818 0.0000 6.50000 6.95000 6.40000Gestational Atrazine s.i.d. 23:07 Sunday, July 11, 2010 15

PND 0 Data

litt er group implants live males females maleperc preloss pup0wt pup0wtm pup0wtf

13959 3 14 14 8 6 57.1429 0.0000 6.10714 6.47500 5.61667

13960 6 15 15 11 4 73.3333 0.0000 6.40000 6.53636 6.02500

13961 6 13 11 7 4 63.6364 15.3846 7.00909 6.97143 7.07500

13962 4 14 13 5 8 38 .4615 7.1429 6.61538 6.84000 6.47500

13963 1 12 7 3 4 42.8571 41.6667 8.32857 8.80000 7.97500

13964 2 11 11 6 5 54.5455 0.0000 7.46364 7.65000 7.24000

13965 5 12 11 5 6 45.4545 8.3333 6.05455 6.36000 5.80000

13966 3 13 13 6 7 46.1538 0.0000 6.21538 6.35000 6.10000

13967 4 11 9 3 6 33.3333 18.1818 5.98889 6.26667 5.85000

13968 5 12 10 5 5 50.0000 16.6667 6.07000 6.18000 5.96000

13969 4 13 12 5 7 41.6667 7.6923 6.00833 6.26000 5.82857

13970 1 13 12 8 4 66.6667 7.6923 6.47 500 6.61250 6.20000

13971 4 10 7 4 3 57.1429 30.0000 7.87143 8.12500 7.53333

13972 1 13 13 7 6 53.8462 0.0000 6.31538 6.42857 6.18333

13973 2 15 14 6 8 42.8571 6.6667 7.90714 8.11667 7.75000Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 1

PND 0 Data

group

1 2 3 4 5 6

Sum Sum Sum Sum Sum Sum

t otal 12 12 12 12 12 5

preg 12 12 12 12 12 5

notpreg . . . . . .

livelit 12 12 11 11 12 5Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 2

PND 0 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

implants 12.3 0.4 12 12.4 0.3 12 12.5 0.5 12 11.5 0.5 12 11.5 0.4 12 12.0 0.3 5

live 11.5 0.5 12 11.6 0.4 12 10.8 1.1 12 10.5 0.7 11 9.8 1.0 12 12.0 0.3 5

males 6.3 0.5 12 5.6 0.6 12 5.2 0.8 12 6.4 0.7 11 5.5 0.6 12 4.8 0.6 5

femal es 5.3 0.5 12 6.0 0.7 12 5.7 0.6 12 4.2 0.4 11 4.3 0.8 12 7.2 0.7 5

maleperc 54.5 3.6 12 48.6 5.7 12 46.8 4.1 11 59.1 4.1 11 53.5 7.3 12 40.1 5.1 5

preloss 7.0 2.2 12 6.6 2.3 12 13.1 8.0 12 6.7 2.5 12 14.5 7. 3 12 0.0 0.0 5

pup0wt 7.0 0.1 12 6.9 0.2 12 6.8 0.1 11 7.2 0.2 11 6.0 0.2 12 7.6 0.2 5

pup0wtm 7.1 0.1 12 7.1 0.2 12 6.9 0.1 11 7.4 0.2 11 6.3 0.2 11 7.8 0.2 5

pup0wtf 6.8 0.1 12 6.7 0.2 12 6.6 0.1 11 6.9 0.2 11 5.8 0.2 12 7.4 0.2 5Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 3

PND 0 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Data for Analysis of tpreloss

Number of Observations Read 65

Number of Observations Used 65

Data for Analysis of tmaleper

Number of Observations Read 65

Number of Observations Used 63

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 4

PND 0 Data

The GLM Procedure

Dependent Variable: tpreloss

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.40309357 0.06718226 0.82 0.5603

Error 58 4.76245585 0.08211131

Corrected Total 64 5.16554941

R- Square Coeff Var Root MSE tpreloss Mean

0.078035 133.9869 0.286551 0.213865

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.39156374 0.07831275 0.95 0.4537

block 1 0.01152983 0.01152983 0.14 0.7092

Source DF Type III SS Mean Sq uare F Value Pr > F

group 5 0.34716201 0.06943240 0.85 0.5231

block 1 0.01152983 0.01152983 0.14 0.7092G estational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 5

PND 0 Data

The GLM Procedure

Least Squares Means

tpreloss Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 0.21353813 0.08272006 0.0124 1

2 0.18144629 0.08272006 0.0323 2

3 0.28644115 0.08272006 0.0010 3

4 0.18354888 0.08272006 0.0304 4

5 0.29345940 0.08272006 0.0008 5

6 0.01386232 0.13338210 0.9176 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tpreloss

i/j 1 2 3 4 5 6

1 0.7848 0.5356 0.7986 0.4972 0.2084

2 0.7848 0.3732 0.9857 0.3423 0.2901

3 0.5356 0.3732 0.3827 0.9524 0.0877

4 0.7986 0.9857 0.3827 0.3514 0.2841

5 0.4972 0.3423 0.9524 0.3514 0.0801

6 0.2084 0.2901 0.0877 0.2841 0.0801

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 6

PND 0 Data

The GLM Procedure

Dependent Variable: tmaleper

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.19053688 0.03175615 0.77 0.5953

Error 56 2.30411187 0.04114485

Corrected Total 62 2.49464875

R- Square Coeff Var Root MSE tmaleper Mean

0.076378 25.40291 0.202842 0.798499

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.18769516 0.03753903 0.91 0.4797

block 1 0.00284172 0.00284172 0.07 0.7937

Source DF Type III SS Mean Squa re F Value Pr > F

group 5 0.17091917 0.03418383 0.83 0.5333

block 1 0.00284172 0.00284172 0.07 0.7937Ges tational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 7

PND 0 Data

The GLM Procedure

Least Squares Means

tmaleper Standard LSMEAN

group LSMEAN Er ror Pr > |t| Number

1 0.83294626 0.05855543 <.0001 1

2 0.77161623 0.05855543 <.0001 2

3 0.75197643 0.06120721 <.0001 3

4 0.87964170 0.06120721 <.0001 4

5 0.80702607 0.05855543 <.0001 5

6 0.69072400 0.09455472 <.0001 6

Leas t Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tmaleper

i/j 1 2 3 4 5 6

1 0.4620 0.3432 0.5836 0.7554 0.2063

2 0.4620 0.8175 0.2075 0.6706 0.4701

3 0.3432 0.8175 0.1462 0.5184 0.5868

4 0.5836 0.2075 0.1462 0.3949 0.1007

5 0.7554 0.6706 0.5184 0.3949 0.3002

6 0.2063 0.4701 0.5868 0.1007 0.3002

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 8

PND 0 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Data for Analysis of pup0wt pup0wtf

Number of Observations Read 65

Number of Observations Used 63

Data for Analysis of pup0wtm

Number of Observations Read 65

Numb er of Observations Used 62

NOTE: Variables in each group are consistent with respect to the presence or absence of mi ssing values.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 9

PND 0 Data

The GLM Procedure

Depend ent Variable: pup0wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 15.49496378 2.21356625 6.91 <.0001

Error 55 17.61134664 0.32020630

Corrected Total 62 33.10631042

R- Square Coeff Var Root MSE pup0wt Mean

0.468037 8.298106 0.565868 6.819240

Source DF Type I SS Mean Square F Value Pr > F

grou p 5 13.31794982 2.66358996 8.32 <.0001

block 1 1.76938407 1.76938407 5.53 0.0224

live 1 0.40762990 0.40762990 1.27 0.2641

Source DF Type III SS Mean Square F Value Pr > F

group 5 12.51964744 2.50392949 7.82 <.0001

block 1 1.61799690 1.61799690 5.05 0.0286

live 1 0.40762990 0.40762990 1.27 0.2641Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 10

PND 0 Data

The GLM Procedure

Dependent Variable: pup0wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 14.15040327 2.02148618 6.73 <.0001

Error 55 16.52416777 0.30043941

Corrected Total 62 30.67457104

R- Square Coeff Var Root MSE pup0wtf Mean

0.461307 8.257602 0.548124 6.637805

Source DF Type I SS Mean Square F Value Pr > F

group 5 12.11330573 2.42266115 8.06 <.0001

block 1 1.48695384 1.48695384 4.95 0.0302

live 1 0.55014369 0.55014369 1.83 0.1815

Source DF Type III SS Mean Square F Value Pr > F

group 5 11.46036833 2.29207367 7.63 <.0001

block 1 1.32933408 1.32933408 4.42 0.0400

live 1 0.55014369 0.5501 4369 1.83 0.1815Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 11

PND 0 Data

The GLM Procedure

Least Squares Means

pup0wt Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 7.01521302 0.16387943 <.0001 1

2 6.90885333 0.164 14080 <.0001 2

3 6.79835990 0.17255759 <.0001 3

4 7.15510739 0.17204237 <.0001 4

5 5.91610437 0.16958749 <.0001 5

6 7.44051246 0.26636233 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wt

i/j 1 2 3 4 5 6

1 0.6471 0.3634 0.5603 <.0001 0.1773

2 0.6471 0.6422 0.3078 0.0001 0.0930

3 0.3634 0.6422 0.1527 0.0007 0.0449

4 0.5603 0.3078 0.1527 <.0001 0.3780

5 <.0001 0.0001 0.0007 <.0001 <.0001

6 0.1773 0.0930 0.0449 0.3780 <.0001

pup0wtf Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 6.83898005 0.15874057 <.0001 1

2 6.72833981 0.15899376 <.0001 2

3 6.65449826 0.16714661 <.0001 3

4 6.88092547 0.166 64755 <.0001 4

5 5.76680461 0.16426965 <.0001 56 7.30435321 0.25800987 <.0001 6Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 12

PND 0 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wtf

i/j 1 2 3 4 5 6

1 0.6230 0.4243 0.8567 <.0001 0.1283

2 0.6230 0.7484 0.5129 0.0001 0.0611

3 0.4243 0.7484 0.3461 0.0005 0.0364

4 0.8567 0.5129 0.3461 <.0001 0.1790

5 <.0001 0.0001 0.0005 <.0001 <.0001

6 0.1283 0.0611 0.0364 0.1790 <.0001

NOTE: To ensure overall protection level, only probabilities associated with pre-planned comparisons should be used.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 13

PND 0 Data

The GLM Procedure

Dependent Variable: pup0wtm

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 15.03877655 2.14839665 7.08 <.0001

Error 54 16.38370771 0.30340199

Corrected Total 61 31.42248427

R- Square Coeff Var Root MSE pup0wtm Mean

0.478599 7.842334 0.550819 7.023667

Source DF Type I SS Mean Square F Value Pr > F

group 5 10.87134195 2.17426839 7.17 <.0001

block 1 1.47021646 1.47021646 4.85 0.0320

live 1 2.69721814 2.69721814 8.89 0.0043

Source DF Type III SS Mean Square F Value Pr > F

grou p 5 11.40518107 2.28103621 7.52 <.0001

block 1 0.73911309 0.73911309 2.44 0.1244

live 1 2.69721814 2.69721814 8.89 0.0043Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 14

PND 0 Data

The GLM Procedure

Least Squares Means

pup0wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 7.16181865 0.15925757 <.0001 1

2 7.08981988 0.15949514 <.0001 2

3 7.00199278 0.16790658 <.0001 3

4 7.28113580 0.16946070 <.0001 4

5 6.16547960 0.16830238 <.0001 5

6 7.76280081 0.2 6088775 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup0wtm

i/j 1 2 3 4 5 6

1 0.7501 0.4910 0.6119 <.0001 0.0534

2 0.7501 0.7044 0.4181 0.0002 0.0311

3 0.4910 0.7044 0.2538 0.0010 0.0158

4 0.6119 0.4181 0.2538 <.0001 0.1349

5 <.0001 0.0002 0.0010 <.0001 <.0001

6 0.0534 0.0311 0.0158 0.1349 <.0001

NOTE: To ensure overall protection level, only probabilities associated with pre-planned comparisons should be used.Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 15

PND 0 Data

litter group implants live males females maleperc preloss pup0wt pup0wtm pup0wtf

13720 4 12 12 6 6 50.0000 0.000 7.08 333 7.21667 6.95000

13721 5 10 10 8 2 80.0000 0.000 6.82000 6.78750 6.95000

13722 5 10 9 8 1 88.8889 10.000 6.46667 6.47500 6.40000

13723 3 12 11 4 7 36.3636 8.333 6.63636 6.62500 6.64286

13724 4 11 11 5 6 45.4545 0.000 6.59091 6.80000 6.41667

13725 5 10 9 5 4 55.5556 10.000 6.04444 6.16000 5.90000

1 3726 3 15 15 9 6 60.0000 0.000 6.29333 6.42222 6.10000

13727 1 12 11 5 6 45.4545 8.333 6.87273 7.14000 6.65000

13728 2 13 12 6 6 50.0000 7.692 6.55833 6.70000 6.41667

13729 2 15 14 8 6 57.1429 6.667 7.4214 3 7.53750 7.26667

13730 3 12 11 5 6 45.4545 8.333 7.05455 7.28000 6.86667

13731 4 12 13 9 4 69.2308 0.000 6.62308 6.71111 6.42500

13732 3 12 11 7 4 63.6364 8.333 6.79091 6.91429 6.57500

13733 2 12 11 8 3 72.7273 8.333 7.26364 7.40000 6.90000

13734 3 10 10 4 6 40.0000 0.000 7.05000 7.30000 6.88333

137 35 4 13 13 7 6 53.8462 0.000 6.80769 6.94286 6.65000

13736 4 13 12 8 4 66.6667 7.692 6.85000 6.92500 6.70000

13737 1 11 10 7 3 70.0000 9.091 7.27000 7.42857 6.90000

13738 2 12 12 7 5 58.3333 0.000 6.65833 6.78571 6.48000

13739 1 13 12 6 6 50.0000 7.692 7.00833 7.20000 6.81667

13740 2 12 12 6 6 50 .0000 0.000 6.29167 6.38333 6.20000

13741 1 16 15 6 9 40.0000 6.250 6.46667 6.70000 6.31111

13742 4 11 10 6 4 60.0000 9.091 6.35000 6.58333 6.00000

13743 1 12 12 7 5 58.3333 0.000 6.73333 6.94286 6.44000

13744 5 12 1 0 1 0.0000 91.667 4.70000 . 4.70000

13745 5 14 14 5 9 35.7143 0.000 5.02857 5.26000 4.90000

13746 1 11 11 9 2 81.8182 0.000 6.89091 6.93333 6.70000

13747 3 13 0 0 0 . 100.000 . . .

13748 5 11 9 3 6 33.3333 18.182 6.11 111 6.70000 5.81667

13749 2 12 12 5 7 41.6667 0.000 6.26667 6.52000 6.08571

13974 4 8 6 2 4 33.3333 25.000 7.76667 8.20000 7.55000

13975 2 11 9 6 3 66.6667 18.182 8.60000 8.75000 8.30000

13976 6 11 11 6 5 54.5455 0.000 6.79091 7.08333 6.44000

13977 6 12 12 4 8 33.3333 0.000 7.95833 8.45000 7.71250

1 3978 3 15 14 6 8 42.8571 6.667 6.64286 6.73333 6.5750013979 4 15 . . . . 0.000 . . .

13981 1 11 8 4 4 50.0000 27.273 7.22500 6.95000 7.50000

13982 1 14 14 9 5 64.2857 0.000 7.3428 6 7.50000 7.06000

13983 3 11 11 2 9 18.1818 0.000 7.16364 7.40000 7.11111

13984 3 12 10 5 5 50.0000 16.667 7.09000 7.44000 6.74000

13985 2 12 12 3 9 25.0000 0.000 7.11667 7.46667 7.00000

13986 5 13 13 5 8 38.4615 0.000 6.42308 6.54000 6.35000

13987 2 13 13 3 10 23.0769 0.000 6.18462 6.50000 6.09000

139 88 2 11 11 3 8 27.2727 0.000 6.35455 6.46667 6.31250

13989 6 13 13 6 7 46.1538 0.000 7.66923 7.66667 7.67143

13990 1 13 12 7 5 58.3333 7.692 6.67500 6.87143 6.40000

13991 1 11 10 4 6 40.0000 9.091 7.01000 7.00000 7.01667

13992 4 12 12 10 2 83.3333 0.000 7.15000 7.19000 6.95000

13993 5 10 8 7 1 87 .5000 20.000 6.46250 6.45714 6.50000

13994 1 12 11 5 6 45.4545 8.333 6.71818 6.74000 6.70000Gestational Atrazine b.i.d. 14:54 Wednesday, July 14, 2010 16

PND 0 Data

litter group implants live males females maleperc preloss pup0wt pup0wtm pup0wtf

13995 5 12 12 6 6 50.0000 0.0000 5.30833 5.60000 5.01667

13996 4 11 10 7 3 70.0000 9.0909 8.30 000 8.48571 7.86667

13997 2 14 11 9 2 81.8182 21.4286 6.97273 7.08889 6.45000

13998 2 12 10 3 7 30.0000 16.6667 7.00000 7.03333 6.98571

13999 1 12 12 6 6 50.0000 0.0000 7.79167 8.21667 7.36667

14000 5 11 11 6 5 54.5455 0.0000 7.06364 7.41667 6.64000

14001 3 14 14 8 6 57.1429 0.0000 6.52143 6.66250 6.33333

1 4002 6 12 12 5 7 41.6667 0.0000 7.93333 8.18000 7.75714

14003 4 10 9 5 4 55.5556 10.0000 8.43333 8.92000 7.82500

14004 6 12 12 3 9 25.0000 0.0000 7.51667 7.56667 7.50000

14005 3 11 10 4 6 40.0000 9.0909 7.2200 0 7.35000 7.13333

14006 5 12 11 7 4 63.6364 8.3333 5.98182 6.18571 5.62500

14007 3 13 13 8 5 61.5385 0.0000 6.18462 6.27500 6.04000

14008 4 10 8 5 3 62.5000 20.0000 6.83750 7.04000 6.50000

14009 5 13 11 6 5 54.5455 15.3846 5.20000 5.26667 5.12000Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 1

PND 4 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

live4 9.6 0.5 12 11.1 0.4 12 10.8 0.4 12 9.8 0.6 12 8.7 0. 6 12 10.4 0.9 5

m4 4.3 0.6 12 4.6 0.6 12 4.7 0.6 12 3.4 0.4 12 3.8 0.4 12 5.6 1.1 5

f4 5.3 0.6 12 6.5 0.4 12 6.1 0.6 12 6.4 0.5 12 4.9 0.4 12 4.8 0.7 5

postloss 1.4 1.4 12 0.8 0.8 12 0.8 0.8 12 0.7 0.7 12 9.7 5.2 12 0.0 0.0 5

pup4wt 12.5 0.3 12 11. 5 0.2 12 11.8 0.2 12 11.9 0.4 12 10.9 0.3 12 12.0 0.5 5

pup4wtm 12.6 0.4 11 11.8 0.2 12 12.0 0.2 12 12.2 0.4 12 11.2 0.3 12 12.4 0.5 5

pup4wtf 12.4 0.3 12 11.2 0.2 12 11.5 0.3 12 11.7 0.4 12 10.6 0.3 12 11.6 0.7 5S tudy 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 2

PND 4 Data

The GLM Procedure

Class Level Information

Class Levels Values

grou p 6 1 2 3 4 5 6

block 2 1 3

Data for Analysis of pup4wt pup4wtf

Number of Observations Read 65

Number of Observations Used 65

Data for Analysis of pup4wtm

Number of Observations Read 65

Number of Observations Used 64

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 3

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Mode l 7 39.54004990 5.64857856 8.57 <.0001

Error 57 37.57266662 0.65916959

Corrected Total 64 77.11271652

R- Square Coeff Var Root M SE pup4wt Mean

0.5127 57 6.935769 0.811893 11.70588

Source DF Type I SS Mean Square F Value Pr > F

group 5 16.74328582 3.34865716 5.08 0.0006

live0 1 22.79387118 22.7938 7118 34.58 <.0001

block 1 0.00289289 0.00289289 0.00 0.9474

Source DF Type III SS Mean Square F Value Pr > F

group 5 16.27393519 3.25478704 4.94 0.0008

live0 1 21.21433184 21.21433184 32.18 <.0001

block 1 0.00289289 0.00289289 0.00 0.9474Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 4

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 41.51424768 5.93060681 6.98 <.0001

Error 57 48.41904995 0.84945702

Corrected Total 64 89.93329763

R- Square Coeff Var Root MSE pup4wtf Mean

0.461612 8.003296 0.921660 11.51600

Source DF Type I SS Mean Square F Value Pr > F

group 5 20.25268356 4.05053671 4.77 0.0010

live0 1 21.22817414 21.22817414 24.99 <.0001

block 1 0.03338998 0.03338998 0.04 0.8435

Source DF Type III SS Mean Square F Value Pr > F

group 5 18.82965841 3.76593168 4.43 0.0018

live 0 1 20.07745017 20.07745017 23.64 <.0001

block 1 0.03338998 0.03338998 0.04 0.8435Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 5

PND 4 Data

The GLM Procedure

Least Squares Means

pup4wt Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 12.2660035 0.2369092 <.0001 1

2 11.7313163 0.2395478 <.0001 2

3 11.9417389 0.2363927 <.0001 3

4 11.7422346 0.2352729 <.0001 4

5 10.7282083 0.2357270 <.0001 5

6 12.0008104 0.3790964 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup4wt

i/j 1 2 3 4 5 6

1 0.1234 0.3412 0.1199 <.0001 0.5574

2 0.1234 0.5287 0.9744 0.0046 0.5473

3 0.3412 0.5287 0.5543 0.0006 0.8948

4 0.1199 0.9744 0.5543 0.0034 0.5657

5 <.0001 0.0046 0.0006 0.0034 0.0062

6 0.5574 0.5473 0.8948 0.5657 0.0062

pup4wtf Standard LSMEAN

group LSMEAN Er ror Pr > |t| Number

1 12.2139717 0.2689392 <.0001 1

2 11.4975661 0.2719345 <.0001 2

3 11.7115689 0.2683529 <.0001 3

4 11.6046981 0.2670817 <.0001 4

5 10.5020398 0.2675972 <.0001 56 11.6609599 0.4303499 <.0001 6Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 6

PND 4 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean( j)

De pendent Variable: pup4wtf

i/j 1 2 3 4 5 6

1 0.0702 0.1955 0.1112 <.0001 0.2829

2 0.0702 0.5724 0.7816 0.0125 0.7476

3 0.1955 0.5724 0.7800 0.0025 0.9205

4 0.1112 0.7816 0.7800 0.0049 0.9122

5 <.0001 0.0125 0.0025 0.0049 0.0265

6 0.2829 0.7476 0.9205 0.9122 0.0265

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 7

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wtm

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 44.14257248 6.30608178 9.26 <.0001

Error 56 38.14521245 0.68116451

Corrected Total 63 82.28778493

R- Sq uare Coeff Var Root MSE pup4wtm Mean

0.536441 6.881681 0.825327 11.99310

Source DF Type I SS Mean Square F Value Pr > F

group 5 12.89422693 2.57884539 3.79 0.0050

live0 1 31.18139629 31.18139629 45.78 <.0001

block 1 0.06694927 0.06694927 0.10 0.7551

Source DF Type III SS Mean Square F Value Pr > F

group 5 13.91814846 2.78362969 4.09 0.0031

live0 1 28.41573895 28.4157 3895 41.72 <.0001

block 1 0.06694927 0.06694927 0.10 0.7551Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 8

PND 4 Data

The GLM Procedure

Least Squares Means

pup4wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Numbe r

1 12.4583140 0.25 05492 <.0001 1

2 12.0760220 0.2430441 <.0001 2

3 12.2093294 0.2399878 <.0001 3

4 12.0460069 0.2394585 <.0001 4

5 11.0601646 0.2399878 <.0001 5

6 12.3358410 0.3852983 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup4wtm

i/j 1 2 3 4 5 6

1 0.2832 0.4788 0.2366 0.0002 0.7925

2 0.2832 0.6943 0.9309 0.0048 0.5684

3 0.4788 0.6943 0.6339 0.0014 0.7807

4 0.2366 0.9309 0.6339 0.0050 0.5267

5 0.0002 0.0048 0.0014 0.0050 0.0070

6 0.7925 0.5684 0.7807 0.5267 0.0070

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 9

PND 4 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Number of Observations Read 65

Number of Observations Used 65Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 10

PND 4 Data

The GLM Procedure

Dependent Variable: live4

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 48.1846154 8.0307692 2.55 0.0294

Error 58 182.8000000 3.1517241

Corrected Total 64 230.9846154

R- Square Coeff Var Root MSE live4 Mean

0.208605 17.72583 1.775310 10.01538

Source DF Type I SS Mean Square F Value Pr > F

group 5 45.36794872 9.07358974 2.88 0.0217

block 1 2.81666667 2.81666667 0.89 0.3484

Source DF Type III SS Mean Square F Value Pr > F

group 5 46.28571429 9.25714286 2.94 0.0197

block 1 2.81666667 2.81666667 0.89 0.3484Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 11

PND 4 Data

The GLM Procedure

Dependent Variable: m4

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 27.6871795 4.61452 99 1.31 0.2689

Error 58 204.8666667 3.5321839

Corr ected Total 64 232.5538462

R- Square Coeff Var Root MSE m4 Mean

0.119057 44.10169 1.879411 4.261538

Source DF Type I SS Mean Square F Value Pr > F

group 5 23.93717949 4.78743590 1.36 0.2545

block 1 3.75000000 3.75000000 1.06 0.3071

Source DF Type III SS Mean Square F Value Pr > F

group 5 26.61904762 5.32380952 1.51 0.2017

block 1 3.75000000 3.75000000 1.06 0.3071Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 12

PND 4 Data

The GLM Procedure

Dependent Variable: f4

Sum of

Source DF Squares Mean Square F Value Pr > F

Mode l 6 29.3282051 4.8880342 1.52 0.1884

Error 58 186.7333333 3.2195402

Corrected Total 64 216.0615385

R- Square Coeff Var Root M SE f4 Mean

0.1357 40 31.18449 1.794308 5.753846

Source DF Type I SS Mean Square F Value Pr > F

group 5 29.26153846 5.85230769 1.82 0.1236

block 1 0.06666667 0.0666 6667 0.02 0.8861

Source DF Type III SS Mean Square F Value Pr > F

group 5 29.20952381 5.84190476 1.81 0.1242

block 1 0.06666667 0.06666667 0.02 0.8861Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 13

PND 4 Data

The GLM Procedure

Dependent Variable: tloss

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.37000750 0.06166792 2.80 0.0184

Error 58 1.27667655 0.02201166

Corrected Total 64 1.64668405

R- Square Coeff Var Root MSE tloss Mean

0.224699 272.6530 0.148363 0.054415

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.25244111 0.05048822 2.29 0.0570

block 1 0.11756640 0.11756640 5.34 0.0244

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.23732662 0.047465 32 2.16 0.0714

block 1 0.11756640 0.11756640 5.34 0.0244Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 14

PND 4 Data

The GLM Procedure

Least Squares Means

Standard LSMEAN

group live4 LSMEAN Error Pr > |t| Number

1 9.5833333 0.5124 877 <.0001 1

2 11.0833333 0.5124877 <.0001 2

3 10.7500000 0.5124877 <.0001 3

4 9.8333333 0.5124877 <.0001 4

5 8.6666667 0.5124877 <.0001 5

6 10.6166667 0.8263616 <.0001 6

Least Squares Means for effect g roup

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: live4

i/j 1 2 3 4 5 6

1 0.0430 0.1129 0.7314 0.2110 0.2923

2 0.0430 0.6473 0.0899 0.0015 0.6331

3 0.1129 0.6473 0.2110 0.0056 0.8914

4 0.7314 0.0899 0.2110 0.1129 0.4238

5 0.2110 0.0015 0.0056 0.1129 0.0496

6 0.2923 0.6331 0.8914 0.4238 0.0496

Standard LSMEAN

group m4 LSMEAN Error Pr > |t| Number

1 4.33333333 0.54253909 <.0001 1

2 4.58333333 0.54253909 <.0001 2

3 4.66666667 0.54253 909 <.0001 3

4 3.41666667 0.54253909 <.0001 4

5 3.75000000 0.54253909 <.0001 56 5.85000000 0.87481799 <.0001 6Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 15

PND 4 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: m4

i/j 1 2 3 4 5 6

1 0.7457 0.6656 0.2371 0.4502 0.1461

2 0.7457 0.9139 0.1338 0.2819 0.2235

3 0.6656 0.9139 0.1087 0.2371 0.2551

4 0.2371 0.1338 0.1087 0.6656 0.0215

5 0.4502 0.2819 0.2371 0.6656 0.0459

6 0.1461 0.2235 0.2551 0.0215 0.0459

Standard LSMEAN

group f4 LSMEAN Er ror Pr > |t| Number

1 5.25000000 0.51797203 <.0001 1

2 6.50000000 0.51797203 <.0001 2

3 6.08333333 0.51797203 <.0001 3

4 6.41666667 0.51797203 <.0001 4

5 4.91666667 0.51797203 <.0001 5

6 4.76666667 0.83520480 <.0001 6

Leas t Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: f4

i/j 1 2 3 4 5 6

1 0.0933 0.2600 0.1167 0.6508 0.62472 0.0933 0.5717 0.9098 0.0348 0.0830

3 0.2600 0.5717 0.6508 0.1167 0.1856

4 0.1167 0.9098 0.6508 0.0451 0.0986

5 0.6508 0.0348 0.1167 0.0451 0.8792

6 0.6247 0.0830 0.1856 0.0986 0.8792

Standard LSMEAN

group tloss LSMEAN Error Pr > |t| Number

1 0.03504453 0.04282 879 0.4166 1

2 0.02552311 0.04282879 0.5535 2

3 0.02552311 0.04282879 0.5535 3

4 0.02440356 0.04282879 0.5710 4

5 0.18425193 0.04282879 <.0001 5Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 16

PND 4 Data

The GLM Procedure

Least Squares Means

Standard LSMEAN

group tloss LSMEAN Error Pr > |t| Number

6 0.04426556 0.06905935 0.5241 6

Least Squares Means for effect gro up

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tloss

i/j 1 2 3 4 5 6

1 0.8756 0.8756 0.8612 0.0167 0.9100

2 0.8756 1.0000 0.9853 0.0112 0.8184

3 0.8756 1.0000 0.9853 0.0112 0.8184

4 0.8612 0.9853 0.9853 0.0107 0.8078

5 0.0167 0.0112 0.0112 0.0107 0.0903

6 0.9100 0.8184 0.8184 0.8078 0.0903

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 201 0 17

PND 4 Data

litter group block live4 m4 f4 postloss pup4wt pup4wtm pup4wtf

13478 3 1 10 5 5 9.0909 12.2000 12.1000 12.3000

13479 4 1 10 3 7 0.0000 11.6400 12.1000 11.4429

1 3480 3 1 10 7 3 0.0000 10.7700 11.3571 9.4000

13481 1 1 10 5 5 0.0000 13.1900 13.0200 13.3600

13482 5 1 9 3 6 0.0000 11.0444 12.6000 10.2667

13483 4 1 8 5 3 0.0000 12.7875 12.6000 13.10 00

13484 1 1 9 7 2 0.0000 13.0222 12.8714 13.5500

13485 3 1 11 3 8 0.0000 11.8455 11.9000 11.8250

13486 1 1 10 5 5 16.6667 11.8400 12.0600 11.6200

13487 5 1 12 5 7 0.0000 11.4500 11.6400 11.3143

13488 5 1 7 4 3 30.0000 9.3571 8.9000 9.9667

134 89 4 1 13 5 8 0.0000 10.6385 10.9800 10.4250

13490 1 1 8 5 3 0.0000 12.1875 12.0800 12.3667

13491 2 1 11 3 8 0.0000 11.3182 11.7333 11.1625

13492 1 1 11 2 9 0.0000 11.6000 11.5000 11.6222

13493 2 1 14 9 5 0.0000 10.2929 10.5000 9.9200

13494 4 1 11 3 8 8.3333 1 1.5000 11.8333 11.3750

13495 5 1 5 1 4 58.3333 10.0200 10.7000 9.8500

13496 5 1 9 4 5 10.0000 10.6556 11.7750 9.7600

13497 3 1 11 4 7 0.0000 12.5636 12.3500 12.6857

13498 4 1 10 2 8 0.0000 12.2900 13.0500 12.1000

13499 1 1 10 5 5 0.0000 12.9600 13.2400 12.6800

13500 3 1 13 5 8 0.0000 12.0846 12.1600 12.0375

13501 5 1 9 2 7 0.0000 11.0778 10.9500 11.1143

13502 2 1 11 6 5 0.0000 11.2182 11.4000 11. 0000

13503 3 1 10 3 7 0.0000 11.7200 11.7000 11.7286

13504 4 1 10 4 6 0.0000 10.4000 10.6500 10.2333

13505 2 1 10 4 6 9.0909 11.1800 11.5500 10.9333

13506 2 1 13 6 7 0.0000 11.0769 11.2833 10.9000

13507 2 1 11 7 4 0.0000 11.6545 12.0714 10.9250

1 3938 3 3 8 3 5 0.0000 13.3500 13.7000 13.1400

13939 1 3 8 0 8 0.0000 12.3500 . 12.3500

13940 2 3 10 3 7 0.0000 11.5500 11.7667 11.4571

13941 1 3 9 5 4 0.0000 12.9556 12.9600 12.95 00

13942 5 3 9 5 4 18.1818 9.2222 9.2000 9.250013943 5 3 12 7 5 0.0000 11.2750 11.5571 10.8800

13944 5 3 8 4 4 0.0000 11.3250 12.0000 10.6500

13945 3 3 10 7 3 0.0000 12.1800 12.2571 12.0000

13946 2 3 11 2 9 0.0000 11.1000 11.6000 10.9889

139 47 2 3 9 2 7 0.0000 12.5111 12.9500 12.3857

13948 3 3 13 8 5 0.0000 10.8846 11.0125 10.6800

13949 6 3 9 6 3 0.0000 12.6111 13.0833 11.6667

13950 1 3 13 5 8 0.0000 10.9769 11.4600 10.6750

13951 6 3 9 2 7 0.0000 11.6889 12.8500 11.3571

13952 2 3 12 5 7 0.0000 1 1.6500 11.9600 11.4286

13953 5 3 7 4 3 0.0000 11.7857 11.9000 11.6333

13954 6 3 12 6 6 0.0000 10.6500 11.0667 10.2333

13955 4 3 11 3 8 0.0000 11.7636 12.5333 11.4750

13956 4 3 11 6 5 0.0000 12.1909 12.4667 11.8600

13958 3 3 10 1 9 0.0000 11.6800 13.0000 11.5333Study 09B -10B: Gestational Atrazine s.i.d. 17:00 Wednesday, September 22, 2010 18

PND 4 Data

litter group block live4 m4 f4 postloss pup4wt pup4wtm pup4wtf

13959 3 3 12 6 6 0 10.6417 11.3167 9.9667

13960 6 3 13 9 4 0 11.2846 11.4667 10.8750

13961 6 3 9 5 4 0 13.7333 13.4800 14.0500

1 3962 4 3 11 3 8 0 11.8182 12.1667 11.6875

13963 1 3 6 2 4 0 15.3333 16.3000 14.8500

13964 2 3 9 4 5 0 11.7444 11.7500 11.7400

13965 5 3 9 3 6 0 11.0556 11.6667 10.75 00

13966 3 3 11 4 7 0 11.2818 11.4250 11.2000

13967 4 3 8 2 6 0 10.5875 10.7500 10.5333

13968 5 3 8 3 5 0 12.1875 12.0667 12.2600

13969 4 3 10 3 7 0 11.2500 11.6333 11.0857

13970 1 3 10 6 4 0 12.1300 12.3833 11.7500

139 71 4 3 5 2 3 0 15.4400 15.6500 15.3000

13972 1 3 11 5 6 0 11.0000 10.9000 11.0833

13973 2 3 12 4 8 0 12.1083 12.6250 11.8500Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 1

PND 4 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

l ive4 9.4 0.5 12 9.9 0.4 12 9.0 0.9 12 8.5 0.6 11 5.3 1.0 12 10.2 0.4 5

m4 4.2 0.5 12 3.9 0.5 12 3.3 0.6 12 4.4 0.6 11 2.8 0.6 12 3.2 0.4 5

f4 5.3 0.5 12 6.0 0.7 12 5.7 0.6 12 4.2 0.4 11 2.4 0.6 12 7.0 0.6 5

postloss 0.9 0.9 12 -0.8 0.8 12 0.8 0.8 11 1.0 1.0 11 33.6 12.0 12 -2.0 2.0 5

pup4wt 12.3 0.3 12 11.9 0.3 12 12.2 0.3 11 12.4 0.2 11 10.9 0.6 9 12.0 0.4 5

pup4wtm 12.4 0.3 12 12.1 0.3 12 12.5 0.3 11 12.8 0.2 11 11.3 0.6 9 12.2 0.5 5

pup4wtf 12.1 0.2 12 11.8 0.2 12 12.0 0.3 11 12.1 0.2 11 10.7 0.7 9 11.9 0.3 5Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 2

PND 4 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Number of Observations Read 65

Number of Observations Used 60Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 3

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 25.41187397 3.63026771 4.17 0.0010

Error 52 45.28719105 0.87090752

Corrected Total 59 70.69906503

R- Square Coeff Var Root MSE pup4wt Mean

0.359437 7.779448 0.933224 11.99602

Source DF Type I SS Mean Square F Value Pr > F

group 5 14.25117854 2.85023571 3.27 0.0121

live0 1 11.08966211 11.08966211 12.73 0.0008

block 1 0.07103333 0.07103333 0.08 0.7763

Source DF Type III SS Mean Square F Value Pr > F

group 5 20.21085668 4.04217134 4.64 0.0014

live0 1 10.99977321 10.99977321 12.63 0.0008

block 1 0.07103333 0.07103333 0.08 0.7763Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 4

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wtm

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 25.35657021 3.62236717 3.81 0.0021

Error 52 49.42622762 0.95050438

Corrected Total 59 74.78279783

R- Square Coeff Var Root MSE pup4wtm Mean

0.339070 7.947053 0.974938 12.26792

Source DF Type I SS Mean Sq uare F Value Pr > F

group 5 13.40353821 2.68070764 2.82 0.0251

live0 1 11.94842604 11.94842604 12.57 0.0008

block 1 0.00460596 0.00460596 0.00 0.9448

Source DF Type III SS Mean Square F Value Pr > F

group 5 18.84062220 3.768124 44 3.96 0.0040

live0 1 11.38447736 11.38447736 11.98 0.0011

block 1 0.00460596 0.00460596 0.00 0.9448Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 5

PND 4 Data

The GLM Procedure

Dependent Variable: pup4wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 7 27.86147001 3.98021000 3.89 0.0018

Error 52 53.19046156 1.02289349

Corrected Total 59 81.05193157

R- Square Coeff Var Root MSE pup4wtf Mean

0.343748 8.573853 1.011382 11.79612

Source DF Type I SS Mean Square F Value Pr > F

group 5 14.20466920 2.84093384 2.78 0.0269

live0 1 12.99638306 12.996383 06 12.71 0.0008

block 1 0.66041775 0.66041775 0.65 0.4253

Sour ce DF Type III SS Mean Square F Value Pr > F

group 5 21.83688192 4.36737638 4.27 0.0025

live0 1 13.65049743 13.65049743 13.34 0.0006

block 1 0.66041775 0.66041775 0.65 0.4253Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 6

PND 4 Data

The GLM Procedure

Least Squares Means

pup4wt Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 12.3697680 0.2702729 <.0001 1

2 12.0268834 0.2708613 <.0001 2

3 12.3729406 0.2857476 <.0001 3

4 12.2478035 0. 2867018 <.0001 4

5 10.5863279 0.3242556 <.0001 5

6 12.2233866 0.4443408 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup4wt

i/j 1 2 3 4 5 6

1 0.3723 0.9936 0.7599 0.0001 0.7780

2 0.3723 0.3793 0.5814 0.0015 0.7047

3 0.9936 0.3793 0.7623 0.0002 0.7738

4 0.7599 0.5814 0.7623 0.0002 0.9641

5 0.0001 0.0015 0.0002 0.0002 0.0052

6 0.7780 0.7047 0.7738 0.9641 0.0052

pup4wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 12.5248645 0.2823538 <.0001 1

2 12.2500860 0.2829684 <.0001 2

3 12.6936706 0.2985201 <.0001 3

4 12.6115127 0.2995170 <.0001 4

5 10.9294985 0.3387493 <.0001 56 12.3994304 0. 4642022 <.0001 6Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 7

PND 4 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup4wtm

i/j 1 2 3 4 5 6

1 0.4931 0.6808 0.8353 0.0008 0.8171

2 0.4931 0.2816 0.3890 0.0048 0.7827

3 0.6808 0.2816 0.8492 0.0004 0.5887

4 0.8353 0.3890 0.8492 0.0004 0.7086

5 0.0008 0.0048 0.0004 0.0004 0.0153

6 0.8171 0.7827 0.5887 0.7086 0.0153

pup4wtf Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 12.2217837 0.2929083 <.0001 1

2 11.8621000 0. 2935459 <.0001 2

3 12.2035128 0.3096790 <.0001 3

4 11.9141136 0.3107131 <.0001 4

5 10.3316957 0.3514120 <.0001 5

6 12.2308199 0.4815544 <.0001 6

Least Squares Means for effect gro up

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup4wtf

i/j 1 2 3 4 5 6

1 0.3878 0.9657 0.4777 0.0002 0.98722 0.3878 0.4232 0.9045 0.0018 0.5124

3 0.9657 0.4232 0.5192 0.0003 0.9614

4 0.4777 0.9045 0.5192 0.0011 0.5908

5 0.0002 0.0018 0.0003 0.0011 0.0029

6 0.9872 0.5124 0.9614 0.5908 0.0029

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 8

PND 4 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Data for Analysis of live4 m4 f4

Numb er of Observations Read 65

Number of Observations Used 64

Data for Analysis of tloss

Number of Observations Read 65

Number of Observations Used 65

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 9

PND 4 Data

The GLM Procedure

Dependent Variable: live4

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 178.1799383 29.6966564 4.96 0.0004

Error 57 341.5700617 5.9924572

Corrected Total 63 519.7500000

R- Sq uare Coeff Var Root MSE live4 Mean

0.342819 28.58919 2.447950 8.562500

Source DF Type I SS Mean Square F Value Pr > F

group 5 178.1393939 35.6278788 5.95 0.0002

block 1 0.0405443 0.0405443 0.01 0.9347

Source DF Type III SS Mean Square F Value Pr > F

group 5 176.6887618 35.3377524 5.90 0.0002

block 1 0.0405443 0.0405443 0.01 0.9347Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 10

PND 4 Data

The GLM Procedure

Dependent Variable: m4

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 22.5578318 3.7596386 1.01 0.4261

Error 57 211.5515432 3.7114306

Corrected Total 63 234.1093750

R- Square Coeff Var Root MSE m4 Mean

0.096356 52.46658 1.926507 3.671875

Source DF Type I SS Mean Square F Value Pr > F

group 5 19.84725379 3.96945076 1.07 0.3869

block 1 2.71057800 2.71057800 0.73 0.3964

Source DF Type III SS Mean Sq uare F Value Pr > F

group 5 18.69747640 3.73949528 1.01 0.4217

block 1 2.71057800 2.71057800 0.73 0.3964S tudy 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 11

PND 4 Data

The GLM Procedure

Dependent Variable: f4

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 128.1788194 21.3631366 5.34 0.0002

Error 57 228.0555556 4.0009747

Corrected Total 63 356.2343750

R- Square Coeff Var Root MSE f4 Mean

0.359816 40.89955 2.000244 4.890625

Source DF Type I SS Mean Square F Value Pr > F

group 5 124.7646780 24.952 9356 6.24 0.0001

block 1 3.4141414 3.4141414 0.85 0.3595

Source DF Type III SS Mean Square F Value Pr > F

group 5 118.0287582 23.6057516 5.90 0.0002

block 1 3.4141414 3.4141414 0.85 0.3595Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 12

PND 4 Data

The GLM Procedure

Least Squares Means

Standard LSMEAN

group live4 LSMEAN Error Pr > |t| Number

1 9.4166667 0.7066622 <.0001 1

2 9.9166667 0.7066622 <.0001 2

3 9.0000000 0.7066622 <.0001 3

4 8.5478395 0.7386 539 <.0001 4

5 5.2500000 0.7066622 <.0001 5

6 10.1737654 1.1402698 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: live4

i/j 1 2 3 4 5 6

1 0.6188 0.6783 0.3989 0.0001 0.5747

2 0.6188 0.3629 0.1859 <.0001 0.8487

3 0.6783 0.3629 0.6599 0.0004 0.3853

4 0.3989 0.1859 0.6599 0.0021 0.2387

5 0.0001 <.0001 0.0004 0.0021 0.0005

6 0.5747 0.8487 0.3853 0.2387 0.0005

Standard LSMEAN

grou p m4 LSMEAN Error Pr > |t| Number

1 4.16666667 0.55613477 <.0001 1

2 3.91666667 0.55613477 <.0001 2

3 3.33333333 0.55613477 <.0001 3

4 4.34413580 0.58131185 <.0001 4

5 2.83333333 0.55613477 <.0001 56 3.41450617 0.89737 885 0.0003 6Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 13

PND 4 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: m4

i/j 1 2 3 4 5 6

1 0.7517 0.2938 0.8262 0.0955 0.4791

2 0.7517 0.4613 0.5972 0.1738 0.6361

3 0.2938 0.4613 0.2141 0.5275 0.9390

4 0.8262 0.5972 0.2141 0.0655 0.3906

5 0.0955 0.1738 0.5275 0.0655 0.5841

6 0.4791 0.6361 0.9390 0.3906 0.5841

Standard LSMEAN

group f4 LSMEAN Error Pr > |t| Number

1 5.25000000 0.57742060 <.0001 1

2 6.00000000 0.577420 60 <.0001 2

3 5.66666667 0.57742060 <.0001 3

4 4.20370370 0.60356132 <.0001 4

5 2.41666667 0.57742060 <.0001 5

6 6.75925926 0.93172566 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMea n(j)

Dependent Variable: f4

i/j 1 2 3 4 5 6

1 0.3623 0.6118 0.2155 0.0010 0.17392 0.3623 0.6847 0.0358 <.0001 0.4913

3 0.6118 0.6847 0.0852 0.0002 0.3231

4 0.2155 0.0358 0.0852 0.0367 0.0257

5 0.0010 <.0001 0.0002 0.0367 0.0002

6 0.1739 0.4913 0.3231 0.0257 0.0002

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 14

PND 4 Data

The GLM Procedure

Dependent Variable: tloss

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 3.17658147 0.52943025 6.55 <.0001

Error 58 4.68970737 0.08085702

Corrected Total 64 7.86628884

R- Square Coeff Var Root MSE tloss Mean

0.403822 231.1803 0.284354 0.123001

Source DF Type I SS Mean Squa re F Value Pr > F

group 5 3.15266682 0.63053336 7.80 <.0001

block 1 0.02391465 0.02391465 0.30 0.5886

Source DF Type III SS Mean Square F Value Pr > F

group 5 3.12571909 0.62514382 7.73 <.0001

block 1 0.02391465 0.02391465 0.30 0.5886Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 15

PND 4 Data

The GL M Procedure

Least Squares Means

Standard LSMEAN

group tloss LSMEAN Error Pr > |t| Number

1 0.02831974 0.08208584 0.7313 1

2 0.00000000 0.08208584 1.0000 2

3 0.02440356 0.0 8208584 0.7673 3

4 0.02831974 0.08208584 0.7313 4

5 0.58521156 0.08208584 <.0001 5

6 0.01996441 0.13235944 0.8806 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean( j)

Dependent Variable: tloss

i/j 1 2 3 4 5 6

1 0.8081 0.9732 1.0000 <.0001 0.9574

2 0.8081 0.8342 0.8081 <.0001 0.8984

3 0.9732 0.8342 0.9732 <.0001 0.9774

4 1.0000 0.8081 0.9732 <.0001 0.9574

5 <.0001 <.0001 <.0001 <.0001 0.0006

6 0.9574 0.8984 0.9774 0.9574 0.0006

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 2010 16

PND 4 Data

litter group block live4 m4 f4 postloss pup4wt pup4wtm pup4wtf

13720 4 2 10 4 6 0.000 12.2800 12.7250 11.9833

13721 5 2 8 6 2 0.000 12.8625 12.8167 13.0000

13722 5 2 6 5 1 14.286 11.6500 11.5000 12.4000

1 3723 3 2 9 2 7 0.000 12.7444 12.3500 12.8571

13724 4 2 8 2 6 11.111 11.5875 12.0000 11.4500

13725 5 2 6 3 3 14.286 9.4167 9.6000 9.2333

13726 3 2 13 7 6 0.000 11.0769 11.3857 10.71 67

13727 1 2 8 3 5 11.111 13.1125 13.1333 13.1000

13728 2 2 10 4 6 0.000 11.3500 11.6750 11.1333

13729 2 2 12 6 6 0.000 11.0417 11.2167 10.8667

13730 3 2 9 3 6 0.000 10.4556 11.4000 9.9833

13731 4 2 11 7 4 0.000 11.4364 11.4571 11.4000

137 32 3 2 9 5 4 0.000 12.9778 13.2200 12.6750

13733 2 2 9 6 3 0.000 13.5444 13.8167 13.0000

13734 3 2 8 2 6 0.000 12.6125 12.8500 12.5333

13735 4 2 11 5 6 0.000 12.7091 12.8000 12.6333

13736 4 2 10 6 4 0.000 12.3700 12.3333 12.4250

13737 1 2 8 5 3 0.000 1 3.8625 14.2000 13.3000

13738 2 2 10 5 5 0.000 11.3800 11.4600 11.3000

13739 1 2 10 4 6 0.000 11.9500 12.2750 11.7333

13740 2 2 10 4 6 0.000 11.9500 12.0500 11.8833

13741 1 2 13 4 9 0.000 10.8231 11.0000 10.7444

13742 4 2 8 4 4 0.000 11.4625 11.8250 11.1000

13743 1 2 10 5 5 0.000 11.8700 12.2000 11.5400

13744 5 2 0 0 0 100.000 . . .

13745 5 2 0 0 0 100.000 . . .

13746 1 2 9 7 2 0.000 12.5111 12.5143 12.5000

13747 3 2 0 0 0 .

. . .

13748 5 2 7 1 6 0.000 12.1143 12.9000 11.9833

13749 2 2 10 3 7 0.000 11.9700 12.5667 11.7143

13974 4 4 5 1 4 0.000 12.6600 13.5000 12.4500

1 3975 2 4 7 4 3 0.000 13.3143 13.4750 13.1000

13976 6 4 9 4 5 0.000 12.9778 13.5750 12.5000

13977 6 4 10 3 7 0.000 11.7400 10.8333 12.1286

13978 3 4 11 3 8 8.333 11.8909 12.0667 11.82 5013979 4 4 . . . . . . .

13981 1 4 6 2 4 0.000 12.5833 12.1000 12.8250

13982 1 4 12 7 5 0.000 12.5000 12.7000 12.2200

13983 3 4 10 1 9 0.000 12.9100 13.5000 12.8444

13984 3 4 8 3 5 0.000 13.1625 13.8333 12.7600

139 85 2 4 11 2 9 0.000 11.5273 11.2500 11.5889

13986 5 4 0 0 0 100.000 . . .

13987 2 4 12 2 10

- 9.091 10.4250 11.0500 10.3000

13988 2 4 10 2 8 0.000 11.8100 12.1000 11.7375

13989 6 4 11 4 7 0.000 11.5364 11.5500 11.5286

13990 1 4 10 4 6 0.000 1 3.2200 13.8500 12.8000

13991 1 4 8 2 6 0.000 11.1750 11.2000 11.1667

13992 4 4 10 8 2 0.000 13.1200 13.2500 12.6000

13993 5 4 6 5 1 0.000 12.2500 12.1600 12.7000

13994 1 4 9 3 6 0.000 12.2333 12.1333 12.2833Study 10A -10C: Gestational Atrazine b.i.d. 17:09 Friday, July 9, 201 0 17

PND 4 Data

litter group block live4 m4 f4 postloss pup4wt pup4wtm pup4 wtf

13995 5 4 7 3 4 30.0000 10.4857 11.1333 10.0000

13996 4 4 8 5 3 0.0000 13.1750 13.5400 12.5667

13997 2 4 9 7 2 0.0000 12.5667 12.6714 12.2000

13998 2 4 9 2 7 0.0000 12.2444 12.4500 12.1857

13 999 1 4 10 4 6 0.0000 11.6700 12.0500 11.4167

14000 5 4 9 4 5 0.0000 12.3111 13.1500 11.6400

14001 3 4 12 6 6 0.0000 11.3583 11.6333 11.0833

14002 6 4 10 3 7 0.0000 12.6300 12.9000 12.514 3

14003 4 4 7 3 4 0.0000 13.0571 13.8000 12.5000

14004 6 4 11 2 9

- 10.0000 10.9818 12.1000 10.7333

14005 3 4 8 2 6 0.0000 13.1375 13.5500 13.0000

14006 5 4 6 4 2 33.3333 9.1333 10.0500 7.3000

14007 3 4 11 6 5 0.0000 11.9364 12.0167 11.8400

1400 8 4 4 6 3 3 0.0000 12.9167 13.5333 12.3000

14009 5 4 8 3 5 11.1111 8.0000 8.1000 7.9400Study 09B & 10A: Gestational Atrazine s.i.d., PND 7 Anogenital Distance 1

PND 7 Data - Males 14:59 Friday, September 3, 2010

gr oup

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

agd 6.8 0.2 11 7.0 0.1 12 6.8 0.2 12 6.9 0.2 12 6.8 0.1 11 6.6 0.1 5

pupwt 18.9 0.6 11 19.2 0.4 12 19.5 0.3 12 19.2 0.6 12 17.9 0.5 11 19.6 0.6 5

agdindex 2.6 0.1 11 2.6 0.1 12 2.5 0.1 12 2.6 0.1 12 2.6 0.0 11 2.4 0.0 5Study 09B & 10A: Gestational Atrazine s.i.d., PND 7 Anogenital Distance 2

PND 7 Data - Females 14:59 Friday, September 3, 2010

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

agd 3.2 0.1 12 3.1 0.1 12 3.2 0.1 12 3.2 0.1 12 3.0 0.1 11 2.9 0.0 5

pupwt 18.5 0.5 12 18.3 0.3 12 18.4 0.5 12 18.3 0.6 12 17.0 0.4 11 18.5 0.9 5

agdindex 1.2 0.0 12 1.2 0.0 12 1.2 0.0 12 1.2 0.0 12 1.2 0.0 11 1.1 0.0 5Males 14:59 Friday, September 3, 2010 3

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Number of Observations Read 6 3

Number of Observations Used 63Males 14:59 Friday, September 3, 2010 4

The GLM Procedure

Depe ndent Variable: agdindex

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.93899046 0.15649841 5.84 <.0001

Error 56 1.50111791 0.02680568

Corrected Total 62 2.44010837

R-Square Coeff Var Root MSE agdindex Mean

0.384815 6.348475 0.163724 2.578956

So urce DF Type I SS Mean Square F Value Pr > F

group 5 0.16375596 0.03275119 1.22 0.3111

block 1 0.77523451 0.77523451 28.92 <.0001

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.07963697 0.01592739 0.59 0.7044

bloc k 1 0.77523451 0.77523451 28.92 <.0001Females 14:59 Friday, September 3, 2010 5

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Number of Observations Read 64

Number of Observations Used 64Females 14:59 Friday, September 3, 2010 6

The GLM Procedure

Dependent Variable: agdindex

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.19870954 0.03311826 5.06 0.0003

Error 57 0.37326730 0.00654855

Corrected Total 63 0.57197684

R-Square Coeff Var Root MSE agdindex Mean

0.347408 6.839979 0.080923 1.183090

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.06959794 0.01391959 2.13 0.0754

block 1 0.12911160 0.12911160 19.72 <.0001

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.03298319 0.00659664 1.01 0.4218

block 1 0.12911160 0.12911160 19.72 <.0001Males 14:59 Friday, September 3, 2010 7

The Mixed Procedure

Model Information

Data Set WORK.MALES

Dependent Variable agd

Covariance Structure Variance Components

Estimation Method REML

Residual Variance Method Profile

Fixed Effects SE Method Model-Based

Degrees of Freedom Method Containment

Class Level Information

Class Levels Values

litter 63 13478 13479 13480 13481 13482

13483 13484 13485 13486 13487

13488 13489 13490 13491 13492

13493 13494 13496 13497 13498

13499 13500 13501 13502 13503

13504 13505 13506 13507 13938

13940 13941 13942 13943 13944

13945 13946 13947 13948 13949

13950 13951 13952 13953 13954

13955 13956 13958 13959 13960

13961 13962 13963 13964 13965

13966 13967 13968 13969 13970

13971 13972 13973

group 6 1 2 3 4 5 6

block 2 1 3

Dimensions

Covariance Parameters 2

Columns in X 10Columns in Z 63

Subjects 1

Max Obs Per Subject 229

Number of Observations

Number of Observations Read 229

Number of Observations Used 229

Number of Observations Not Used 0Males 14:59 Friday, September 3, 2010 8

The Mixed Procedure

Iteration History

Iteration Evaluations -2 Res Log Like Criterion

0 1 420.64402219

1 3 388.06714122 0.00239959

2 1 388.04464212 0.00000757

3 1 388.04457337 0.00000000

Convergence criteria met.

Covariance Parameter Estimates

Standard Z

Cov Parm Ratio Estimate Error Value Pr Z

litter 0.5553 0.1244 0.03601 3.45 0.0003

Residual 1.0000 0.2239 0.02443 9.17 <.0001

Fit Statistics

- 2 Res Log Likelihood 388 .0

AIC (smaller is better) 392.0

AICC (s maller is better) 392.1

BIC (smaller is better) 396.3

Type 3 Tests of Fixed Effects

Num Den

Effect DF DF F Value Pr > F

pupwt 1 165 27.54 <.0001group 5 165 0.61 0.6945

block 1 165 30.21 <.0001

Least Squares Means

Standard

Effect group Estimate Error DF t Value Pr > |t|

group 1 6.7750 0.1283 165 52.81 <.0001

group 2 7.0045 0.1272 165 55.06 <.0001

group 3 6.8117 0.1267 165 53.75 <.0001

group 4 6.9046 0.1307 165 52.83 <.0001

group 5 7.0071 0.1332 165 52.60 <.0001

group 6 6.7914 0.2018 165 33.65 <.0001Males 14:59 Friday, September 3, 2010 9

The Mixed Procedure

Differences of Least Squares Means

Standard

Effect group _group Estimate Error DF t Value Pr > |t|

group 1 2 -0.2295 0.1807 165 -1.27 0.2059

group 1 3 -0.03674 0.1804 165 -0.20 0.8389

group 1 4 -0.1296 0.1832 165 -0.71 0.4801

group 1 5 -0.2321 0.1849 165 -1.26 0.2112

group 1 6 -0.01646 0.2403 165 -0.07 0.9455

gr oup 2 3 0.1927 0.1792 165 1.08 0.2837

group 2 4 0.09984 0.1822 165 0.55 0.5845

group 2 5 -0.00263 0.1851 165 -0.01 0.9887

group 2 6 0.2130 0.2386 165 0.89 0.3732

group 3 4 -0.09289 0.1818 165 -0.51 0.6100

group 3 5 -0.1954 0.1854 165 -1.05 0.2936

group 3 6 0.02028 0.2380 165 0.09 0.9322

group 4 5 -0.1025 0.1873 165 -0.55 0.5850

group 4 6 0.1132 0.2402 165 0.47 0.6381

grou p 5 6 0.2156 0.2410 165 0.89 0.3723Females 14:59 Friday, September 3, 2010 10

The Mixed Procedure

Model Information

Data Set WORK.FEMALES

Dependent Variable agd

Covariance Structure Variance Components

Estimation Method REML

Residual Variance Method Profile

Fixed Effects SE Method Model-Based

Degrees of Freedom Method Containment

Class Level Information

Class Levels Values

litter 64 13478 13479 13480 13481 13482

13483 13484 13485 13486 13487

13488 13489 13490 13491 13492

13493 13494 13496 13497 13498

13499 13500 13501 13502 13503

13504 13505 13506 13507 13938

13939 13940 13941 13942 13943

13944 13945 13946 13947 13948

13949 13950 13951 13952 13953

13954 13955 13956 13958 13959

13960 13961 13962 13963 13964

13965 13966 13967 13968 13969

13970 13971 13972 13973

group 6 1 2 3 4 5 6

block 2 1 3

Dimensions

Covariance Parameters 2

Columns in X 10Columns in Z 64

Subjects 1

Max Obs Per Subject 276

Number of Observations

Number of Observations Read 276

Number of Observations Used 276

Number of Observations Not Used 0Females 14:59 Friday, September 3, 2010 11

The Mixed Procedure

Iteration History

Iteration Evaluations -2 Res Log Like Criterion

0 1 172.37667728

1 2 151.59695304 0.00000455

2 1 151.59617137 0.00000000

Convergence criteria met.

Covariance Parameter Estimates

Standard Z

Cov Parm Ratio Estimate Error Value Pr Z

litter 0.3211 0.02439 0.008180 2.98 0.0014

Residual 1.0000 0.07595 0.007370 10.31 <.0001

Fit Statistics

- 2 Res Log Likelihood 151.6

AIC (smaller is better) 155.6

AICC (small er is better) 155.6

BIC (smaller is better) 159.9

Type 3 Tests of Fixed Effects

Num Den

Effect DF DF F Value Pr > F

pupwt 1 211 32.61 <.0001

group 5 211 0.82 0.5345block 1 211 17.92 <.0001

Least Squares Means

Standard

Effect group Estimate Error DF t Value Pr > |t|

group 1 3.1631 0.06145 211 51.47 <.0001

group 2 3.0639 0.05875 211 52.15 <.0001

group 3 3.1475 0.06033 211 52.17 <.0001

group 4 3.1379 0.05848 211 53.66 <.0001

group 5 3.0857 0.06409 211 48.15 <.0001

group 6 2.9730 0.09661 211 30.77 <.0001Females 14:59 Friday, September 3, 2010 12

The Mixed Procedure

Differences of Least Squares Means

Standard

Effect group _group Estimate Error DF t Value Pr > |t|

group 1 2 0.09920 0.08496 211 1.17 0.2443

group 1 3 0.01563 0.08595 211 0.18 0.8558

group 1 4 0.02517 0.08482 211 0.30 0.7669

group 1 5 0.07738 0.08916 211 0.87 0.3865

group 1 6 0.1901 0.1144 211 1.66 0.0981

group 2 3 -0.08357 0.08411 211 -0.99 0.3216

group 2 4 -0.07403 0.08289 211 -0.89 0.3728

group 2 5 -0.02182 0.08715 211 -0.25 0.8025

group 2 6 0.09088 0.1130 211 0.80 0.4222

group 3 4 0.009539 0.08400 211 0.11 0.9097

group 3 5 0.06175 0.08870 211 0.70 0.4871

group 3 6 0.1744 0.1138 211 1.53 0.1269

group 4 5 0.05221 0.08679 211 0.60 0.5482

group 4 6 0.1649 0.1131 211 1.46 0.1462

group 5 6 0.1127 0.1158 211 0.97 0.3316Females 14:59 Friday, September 3, 2010 13

litter group block pupwt agd

13478 3 1 18.6000 7.12500

13479 4 1 18.9500 6.90000

13480 3 1 18.2000 7.93333

13481 1 1 20.0750 7.07500

13482 5 1 19.2667 6.66667

13483 4 1 18.8600 7.56000

13484 1 1 21.0333 7.30000

13485 3 1 20.1000 6.50000

13486 1 1 18.9500 6.77500

13487 5 1 19.3250 7.35000

13488 5 1 14.9750 7.15000

13489 4 1 18.1250 7.50000

13490 1 1 16.9600 7.28000

13491 2 1 18.7000 6.75000

13492 1 1 19.0500 7.35000

13493 2 1 16.9500 7.52500

13494 4 1 17.8000 7.10000

13496 5 1 17.7500 6.67500

13497 3 1 19.5667 7.26667

13498 4 1 19.9500 7.75000

13499 1 1 14.9250 6.67500

13500 3 1 20.2750 7.30000

13501 5 1 17.4000 7.15000

13502 2 1 19.8000 7.10000

13503 3 1 18.2667 7.00000

13504 4 1 17.4333 6.63333

13505 2 1 18.1333 7.96667

13506 2 1 18.8250 6.85000

13507 2 1 20.0000 7.20000

13938 3 3 21.2333 6.36667

13940 2 3 19.0000 6.76667

13941 1 3 20.2400 6.70000

13942 5 3 15.2600 6.22000

13943 5 3 19.9000 7.34000

13944 5 3 18.0750 6.57500

13945 3 3 18.9800 6.4200013946 2 3 18.0500 6.55000

13947 2 3 20.6000 7.35000

13948 3 3 18.7800 5.98000

13949 6 3 20.8400 6.60000

13950 1 3 18.8000 6.18000

13951 6 3 18.5000 6.80000

13952 2 3 20.9600 6.58000

13953 5 3 18.7500 6.40000

13954 6 3 18.3500 6.32500

13955 4 3 19.9333 6.16667

13956 4 3 19.1000 6.28000

13958 3 3 20.9000 6.70000

13959 3 3 20.1600 7.70000

13960 6 3 19.3500 6.42500

13961 6 3 21.0250 6.72500Females 14:59 Friday, September 3, 2010 14

litter group block pupwt agd

13962 4 3 20.5000 6.70000

13963 1 3 20.8000 7.45000

13964 2 3 17.7500 6.22500

13965 5 3 17.9333 6.66667

13966 3 3 18.8750 5.90000

13967 4 3 16.6000 5.75000

13968 5 3 18.7333 7.06667

13969 4 3 18.5667 6.83333

13970 1 3 19.7800 6.00000

13971 4 3 24.5000 8.05000

13972 1 3 17.3000 6.24000

13973 2 3 21.3250 7.60000Females 14:59 Friday, September 3, 2010 15

litter group block pupwt agd

13478 3 1 18.7500 3.42500

13479 4 1 18.3833 3.65000

13480 3 1 14.3000 3.50000

13481 1 1 20.4000 3.12500

13482 5 1 16.7800 3.24000

13483 4 1 19.5000 3.60000

13484 1 1 21.9500 4.00000

13485 3 1 19.5333 3.45000

13486 1 1 18.0000 3.15000

13487 5 1 19.2500 3.35000

13488 5 1 16.6000 3.36667

13489 4 1 16.4750 3.25000

13490 1 1 17.9000 3.50000

13491 2 1 18.2000 3.18333

13492 1 1 18.6667 3.43333

13493 2 1 16.6500 2.87500

13494 4 1 17.6667 3.08333

13496 5 1 14.4500 2.92500

13497 3 1 20.8600 3.08000

13498 4 1 18.7500 3.25000

13499 1 1 14.5500 3.32500

13500 3 1 20.0000 3.35000

13501 5 1 17.6833 2.88333

13502 2 1 18.3750 2.85000

13503 3 1 18.0000 2.84000

13504 4 1 17.3600 3.02000

13505 2 1 17.5600 3.08000

13506 2 1 18.4250 3.02500

13507 2 1 18.4750 3.27500

13938 3 3 20.3200 2.98000

13939 1 3 19.1125 2.91250

13940 2 3 18.4800 2.90000

13941 1 3 19.2667 3.00000

13942 5 3 15.7667 2.63333

13943 5 3 17.3000 2.80000

13944 5 3 16.3500 2.7000013945 3 3 18.3333 3.16667

13946 2 3 16.9667 3.00000

13947 2 3 18.8500 3.10000

13948 3 3 18.1333 2.83333

13949 6 3 18.7333 2.83333

13950 1 3 17.5667 2.96667

13951 6 3 17.0000 2.91667

13952 2 3 20.2333 3.20000

13953 5 3 18.1667 2.86667

13954 6 3 17.0000 2.85000

13955 4 3 18.8400 2.92000

13956 4 3 17.7000 2.96667

13958 3 3 18.6571 3.27143

13959 3 3 16.3333 3.23333

13960 6 3 17.7750 2.82500Females 14:59 Friday, September 3, 2010 16

litter group block pupwt agd

13961 6 3 22.0500 2.95000

13962 4 3 17.7000 3.10000

13963 1 3 18.5000 2.90000

13964 2 3 17.1250 2.92500

13965 5 3 16.2600 3.08000

13966 3 3 18.0250 3.05000

13967 4 3 15.5667 2.58333

13968 5 3 18.6800 3.20000

13969 4 3 17.6800 2.94000

13970 1 3 18.4000 3.06667

13971 4 3 23.7000 3.46667

13972 1 3 17.2333 3.00000

13973 2 3 20.6500 3.47500Females 14:59 Friday , September 3, 2010 17

litter group block pup sex pupwt cubertbw agd agdindex

13478 3 1 5 F 20.2 2.72344 3.6 1.32186

13478 3 1 6 F 17.2 2.58133 3.1 1.20093

13 478 3 1 7 F 18.9 2.66371 3.0 1.12625

13478 3 1 8 F 18.7 2.65428 4.0 1.50700

13478 3 1 1 M 17.8 2.61100 7.0 2.68097

13478 3 1 2 M 19.2 2.67773 7.2 2.68884

13478 3 1 3 M 19.5 2.69161 6.8 2.52637

13478 3 1 4 M 17.9 2.61588 7.5 2.86710

13479 4 1 3 F 18.9 2.66371 4.0 1.50166

13479 4 1 4 F 18.9 2.66371 3.9 1.46412

13479 4 1 5 F 17.4 2.59129 3.2 1.23491

13479 4 1 6 F 18.1 2.62559 3.5 1.33304

13479 4 1 7 F 19.1 2.67307 3.8 1.42158

13479 4 1 8 F 17.9 2.61588 3.5 1.33798

13479 4 1 1 M 19.2 2.67773 7.0 2.61415

13479 4 1 2 M 18.7 2.65428 6.8 2.56190

13480 3 1 7 F 14.0 2.41014 3.5 1.45220

13480 3 1 8 F 14.6 2.44409 3.5 1.43202

13480 3 1 1 M 16.7 2.55607 7.6 2.97332

13480 3 1 2 M 17.4 2.59129 7.7 2.97149

13480 3 1 3 M 20.3 2.72792 9.2 3.37253

13480 3 1 4 M 20.7 2.74572 8.1 2.95004

13480 3 1 5 M 13.6 2.38697 6.8 2.84880

13480 3 1 6 M 20.5 2.73685 8.2 2.99614

13481 1 1 5 F 19.6 2.69620 3.0 1.11268

13481 1 1 6 F 21.3 2.77200 3.3 1.19048

13481 1 1 7 F 20.3 2.72792 3.0 1.09974

13481 1 1 8 F 20.4 2.73239 3.2 1.17113

13481 1 1 1 M 20.8 2.75014 7.5 2.72714

13481 1 1 2 M 19.6 2.69620 6.5 2.41080

13 481 1 1 3 M 20.1 2.71893 7.3 2.68488

13481 1 1 4 M 19.8 2.70534 7.0 2.58748

13482 5 1 4 F 18.9 2.66371 3.2 1.20133

13482 5 1 5 F 18.3 2.63522 3.5 1.32816

13482 5 1 6 F 18.8 2.65901 3.4 1.27867

13482 5 1 7 F 18.0 2.62074 3.5 1.3355013482 5 1 8 F 9.9 2.14723 2.6 1.21086

13482 5 1 1 M 19.0 2.66840 6.9 2.58582

13482 5 1 2 M 20.4 2.73239 7.0 2.56186

13482 5 1 3 M 18.4 2.64001 6.1 2.31060

13483 4 1 6 F 19.5 2.69161 4.0 1.48610

13483 4 1 7 F 18.9 2.66371 3.0 1.12625

13483 4 1 8 F 20.1 2.71893 3.8 1.39761

13483 4 1 1 M 20.3 2.72792 7.3 2.67603

13483 4 1 2 M 19.5 2.69161 8.3 3.08366

13483 4 1 3 M 18.1 2.62559 8.1 3.08503

13483 4 1 4 M 19.5 2.69161 7.1 2.63783

13483 4 1 5 M 16.9 2.56623 7.0 2.72774

13484 1 1 7 F 21.9 2.79779 4.5 1.60841

13484 1 1 8 F 22.0 2.80204 3.5 1.24909

13484 1 1 1 M 22.1 2.80628 7.2 2.56568Females 14:59 Friday, September 3, 2010 18

litter group block pup sex pupwt cubertbw agd agdindex

13484 1 1 2 M 20.2 2.72344 6.5 2.38669

13484 1 1 3 M 20.6 2.74129 7.2 2.62650

13484 1 1 4 M 21.0 2.75892 8.2 2.97217

13 484 1 1 5 M 22.0 2.80204 7.5 2.67662

13484 1 1 6 M 20.3 2.72792 7.2 2.63937

13485 3 1 3 F 19.4 2.68700 3.1 1.15370

13485 3 1 4 F 19.1 2.67307 3.2 1.19712

13485 3 1 5 F 19.9 2.70989 3.6 1.32847

13485 3 1 6 F 20.5 2.73685 4.0 1.46153

13485 3 1 7 F 19.6 2.69620 3.5 1.29812

13485 3 1 8 F 18.7 2.65428 3.3 1.24327

13485 3 1 1 M 21.1 2.76330 7.0 2.53321

13485 3 1 2 M 19.1 2.67307 6.0 2.24461

13486 1 1 5 F 17.6 2.60118 3.0 1.15332

13486 1 1 6 F 19.1 2.67307 3.5 1.30935

13486 1 1 7 F 17.7 2.60610 3.0 1.15115

13486 1 1 8 F 17.6 2.60118 3.1 1.19177

13486 1 1 1 M 18.3 2.63522 5.9 2.23890

13486 1 1 2 M 19.3 2.68237 7.2 2.68419

13486 1 1 3 M 19.2 2.67773 7.5 2.80088

13486 1 1 4 M 19.0 2.66840 6.5 2.43592

13487 5 1 5 F 18.4 2.64001 3.0 1.13636

13487 5 1 6 F 21.9 2.79779 3.2 1.14376

13487 5 1 7 F 17.9 2.61588 3.6 1.37621

13487 5 1 8 F 18.8 2.65901 3.6 1.35389

13487 5 1 1 M 19.0 2.66840 7.0 2.62329

13487 5 1 2 M 17.8 2.61100 8.1 3.10226

13487 5 1 3 M 21.7 2.78924 6.6 2.36623

13487 5 1 4 M 18.8 2.65901 7.7 2.89582

13488 5 1 5 F 17.1 2.57631 3.5 1.35853

13488 5 1 6 F 15.5 2.49332 3.4 1.36365

13 488 5 1 7 F 17.2 2.58133 3.2 1.23967

13488 5 1 1 M 15.4 2.48794 7.2 2.89396

13488 5 1 2 M 14.8 2.45520 7.2 2.93255

13488 5 1 3 M 15.4 2.48794 6.5 2.61260

13488 5 1 4 M 14.3 2.42724 7.7 3.1723313489 4 1 5 F 17.9 2.61588 3.5 1.33798

13489 4 1 6 F 14.7 2.44966 3.0 1.22466

13489 4 1 7 F 18.0 2.62074 3.2 1.22103

13489 4 1 8 F 15.3 2.48255 3.3 1.32928

13489 4 1 1 M 18.2 2.63041 8.2 3.11738

13489 4 1 2 M 16.5 2.54582 7.0 2.74960

13489 4 1 3 M 19.7 2.70078 7.5 2.77698

13489 4 1 4 M 18.1 2.62559 7.3 2.78033

13490 1 1 6 F 18.7 2.65428 3.5 1.31862

13490 1 1 7 F 17.3 2.58632 3.3 1.27594

13490 1 1 8 F 17.7 2.60610 3.7 1.41975

13490 1 1 1 M 16.7 2.55607 6.5 2.54297

13490 1 1 2 M 17.1 2.57631 7.2 2.79469

13490 1 1 3 M 16.7 2.55607 7.3 2.85595

13490 1 1 4 M 18.4 2.64001 7.7 2.91665Females 14:59 Friday, September 3, 2010 19

litter group block pup sex pupwt cubertbw agd agdindex

13490 1 1 5 M 15.9 2.51458 7.7 3.06214

13491 2 1 3 F 18.9 2.66371 3.0 1.12625

13491 2 1 4 F 19.0 2.66840 3.2 1.19922

13491 2 1 5 F 17.4 2.59129 3.0 1.15772

13 491 2 1 6 F 18.3 2.63522 3.2 1.21432

13491 2 1 7 F 17.7 2.60610 3.5 1.34300

13491 2 1 8 F 17.9 2.61588 3.2 1.22330

13491 2 1 1 M 18.8 2.65901 6.8 2.55735

13491 2 1 2 M 18.6 2.64954 6.7 2.52874

13492 1 1 3 F 19.4 2.68700 3.9 1.45143

13492 1 1 4 F 19.0 2.66840 3.2 1.19922

13492 1 1 5 F 17.4 2.59129 3.2 1.23491

13492 1 1 6 F 19.6 2.69620 3.2 1.18686

13492 1 1 7 F 17.5 2.59625 3.5 1.34810

13492 1 1 8 F 19.1 2.67307 3.6 1.34676

13492 1 1 1 M 19.2 2.67773 8.1 3.02495

13492 1 1 2 M 18.9 2.66371 6.6 2.47775

13493 2 1 5 F 17.1 2.57631 3.0 1.16445

13493 2 1 6 F 16.0 2.51984 2.6 1.03181

13493 2 1 7 F 16.7 2.55607 3.2 1.25192

13493 2 1 8 F 16.8 2.56116 2.7 1.05421

13493 2 1 1 M 17.3 2.58632 7.8 3.01587

13493 2 1 2 M 17.5 2.59625 7.2 2.77323

13493 2 1 3 M 16.7 2.55607 7.5 2.93420

13493 2 1 4 M 16.3 2.53549 7.6 2.99744

13494 4 1 3 F 17.2 2.58133 3.1 1.20093

13494 4 1 4 F 17.1 2.57631 3.1 1.20327

13494 4 1 5 F 18.2 2.63041 3.1 1.17852

13494 4 1 6 F 18.0 2.62074 3.4 1.29734

13494 4 1 7 F 17.0 2.57128 2.8 1.08895

13494 4 1 8 F 18.5 2.64479 3.0 1.13431

13494 4 1 1 M 17.5 2.59625 6.6 2.54213

13 494 4 1 2 M 18.1 2.62559 7.6 2.89459

13496 5 1 5 F 16.5 2.54582 3.1 1.21768

13496 5 1 6 F 14.2 2.42156 3.2 1.32146

13496 5 1 7 F 14.4 2.43288 2.8 1.1509013496 5 1 8 F 12.7 2.33311 2.6 1.11439

13496 5 1 1 M 18.2 2.63041 6.5 2.47110

13496 5 1 2 M 17.3 2.58632 7.4 2.86121

13496 5 1 3 M 18.1 2.62559 6.3 2.39946

13496 5 1 4 M 17.4 2.59129 6.5 2.50840

13497 3 1 4 F 20.1 2.71893 3.4 1.25049

13497 3 1 5 F 21.9 2.79779 3.1 1.10802

13497 3 1 6 F 21.4 2.77633 3.0 1.08056

13497 3 1 7 F 21.1 2.76330 2.8 1.01328

13497 3 1 8 F 19.8 2.70534 3.1 1.14588

13497 3 1 1 M 20.3 2.72792 7.7 2.82266

13497 3 1 2 M 18.1 2.62559 7.5 2.85651

13497 3 1 3 M 20.3 2.72792 6.6 2.41942

13498 4 1 3 F 18.8 2.65901 3.5 1.31628

13498 4 1 4 F 17.0 2.57128 2.8 1.08895Females 14:59 Friday, September 3, 2010 20

litter group block pup sex pupwt cubertbw agd agdindex

13498 4 1 5 F 19.3 2.68237 3.2 1.19297

13498 4 1 6 F 19.0 2.66840 3.0 1.12427

13498 4 1 7 F 17.9 2.61588 3.5 1.33798

13498 4 1 8 F 20.5 2.73685 3.5 1.27884

13498 4 1 1 M 20.9 2.75454 8.2 2.97691

13 498 4 1 2 M 19.0 2.66840 7.3 2.73572

13499 1 1 5 F 14.6 2.44409 3.5 1.43202

13499 1 1 6 F 14.3 2.42724 3.4 1.40077

13499 1 1 7 F 14.6 2.44409 2.9 1.18653

13499 1 1 8 F 14.7 2.44966 3.5 1.42877

13499 1 1 1 M 15.1 2.47168 7.1 2.87254

13499 1 1 2 M 14.9 2.46072 7.0 2.84470

13499 1 1 3 M 14.4 2.43288 6.2 2.54842

13499 1 1 4 M 15.3 2.48255 6.4 2.57800

13500 3 1 5 F 21.5 2.78065 4.0 1.43851

13500 3 1 6 F 20.0 2.71442 3.2 1.17889

13500 3 1 7 F 17.6 2.60118 3.0 1.15332

13500 3 1 8 F 20.9 2.75454 3.2 1.16172

13500 3 1 1 M 19.5 2.69161 8.0 2.97220

13500 3 1 2 M 19.2 2.67773 6.9 2.57681

13500 3 1 3 M 20.6 2.74129 7.3 2.66298

13500 3 1 4 M 21.8 2.79352 7.0 2.50580

13501 5 1 3 F 17.5 2.59625 3.5 1.34810

13501 5 1 4 F 18.1 2.62559 2.5 0.95217

13501 5 1 5 F 16.7 2.55607 3.0 1.17368

13501 5 1 6 F 18.2 2.63041 3.1 1.17852

13501 5 1 7 F 17.6 2.60118 2.5 0.96110

13501 5 1 8 F 18.0 2.62074 2.7 1.03024

13501 5 1 1 M 17.3 2.58632 7.0 2.70655

13501 5 1 2 M 17.5 2.59625 7.3 2.81175

13502 2 1 5 F 19.2 2.67773 2.1 0.78425

13502 2 1 6 F 18.6 2.64954 2.8 1.05679

13502 2 1 7 F 17.9 2.61588 3.1 1.18507

13 502 2 1 8 F 17.8 2.61100 3.4 1.30218

13502 2 1 1 M 18.9 2.66371 7.2 2.70299

13502 2 1 2 M 20.9 2.75454 7.5 2.7227813502 2 1 3 M 19.9 2.70989 7.2 2.65694

13502 2 1 4 M 19.5 2.69161 6.5 2.41491

13503 3 1 4 F 17.8 2.61100 2.6 0.99579

13503 3 1 5 F 17.7 2.60610 3.0 1.15115

13503 3 1 6 F 17.6 2.60118 3.1 1.19177

13503 3 1 7 F 18.5 2.64479 2.5 0.94526

13503 3 1 8 F 18.4 2.64001 3.0 1.13636

13503 3 1 1 M 17.8 2.61100 7.0 2.68097

13503 3 1 2 M 17.8 2.61100 7.4 2.83416

13503 3 1 3 M 19.2 2.67773 6.6 2.46477

13504 4 1 4 F 18.2 2.63041 2.9 1.10249

13504 4 1 5 F 15.7 2.50399 3.0 1.19809

13504 4 1 6 F 17.0 2.57128 3.1 1.20562

13504 4 1 7 F 18.2 2.63041 2.9 1.10249

13504 4 1 8 F 17.7 2.60610 3.2 1.22789Females 14:59 Friday, September 3, 2010 21

litter group block pup sex pupwt cubertbw agd agdindex

13504 4 1 1 M 15.2 2.47712 6.3 2.54327

13504 4 1 2 M 18.0 2.62074 6.6 2.51837

13504 4 1 3 M 19.1 2.67307 7.0 2.61871

13505 2 1 4 F 17.9 2.61588 3.0 1.14684

13505 2 1 5 F 15.8 2.50930 3.1 1.23540

13505 2 1 6 F 17.6 2.60118 3.2 1.23021

13 505 2 1 7 F 17.8 2.61100 3.0 1.14899

13505 2 1 8 F 18.7 2.65428 3.1 1.16792

13505 2 1 1 M 17.2 2.58133 8.5 3.29288

13505 2 1 2 M 18.3 2.63522 7.6 2.88401

13505 2 1 3 M 18.9 2.66371 7.8 2.92824

13506 2 1 5 F 17.4 2.59129 3.3 1.27350

13506 2 1 6 F 18.5 2.64479 2.8 1.05869

13506 2 1 7 F 18.1 2.62559 3.0 1.14260

13506 2 1 8 F 19.7 2.70078 3.0 1.11079

13506 2 1 1 M 18.7 2.65428 7.6 2.86330

13506 2 1 2 M 18.7 2.65428 6.1 2.29817

13506 2 1 3 M 19.2 2.67773 6.5 2.42743

13506 2 1 4 M 18.7 2.65428 7.2 2.71260

13507 2 1 5 F 18.4 2.64001 3.4 1.28787

13507 2 1 6 F 19.9 2.70989 3.2 1.18086

13507 2 1 7 F 19.1 2.67307 3.4 1.27194

13507 2 1 8 F 16.5 2.54582 3.1 1.21768

13507 2 1 1 M 20.0 2.71442 7.2 2.65250

13507 2 1 2 M 19.4 2.68700 6.6 2.45627

13507 2 1 3 M 20.4 2.73239 7.5 2.74485

13507 2 1 4 M 20.2 2.72344 7.5 2.75387

13938 3 3 4 F 20.4 2.73239 3.3 1.20773

13938 3 3 5 F 20.4 2.73239 2.7 0.98814

13938 3 3 6 F 19.9 2.70989 3.0 1.10706

13938 3 3 7 F 20.6 2.74129 3.2 1.16733

13938 3 3 8 F 20.3 2.72792 2.7 0.98976

13938 3 3 1 M 20.1 2.71893 6.5 2.39064

13938 3 3 2 M 21.9 2.79779 6.4 2.28752

13 938 3 3 3 M 21.7 2.78924 6.2 2.22282

13939 1 3 1 F 19.6 2.69620 3.0 1.1126813939 1 3 2 F 18.5 2.64479 3.5 1.32336

13939 1 3 3 F 18.1 2.62559 3.0 1.14260

13939 1 3 4 F 19.4 2.68700 2.6 0.96762

13939 1 3 5 F 20.6 2.74129 2.6 0.94846

13939 1 3 6 F 17.8 2.61100 2.9 1.11069

13939 1 3 7 F 20.1 2.71893 2.9 1.06659

13939 1 3 8 F 18.8 2.65901 2.8 1.05303

13940 2 3 4 F 17.7 2.60610 3.2 1.22789

13940 2 3 5 F 19.1 2.67307 2.7 1.01007

13940 2 3 6 F 17.5 2.59625 2.6 1.00145

13940 2 3 7 F 18.8 2.65901 3.0 1.12824

13940 2 3 8 F 19.3 2.68237 3.0 1.11841

13940 2 3 1 M 20.2 2.72344 6.5 2.38669

13940 2 3 2 M 18.6 2.64954 7.0 2.64196

13940 2 3 3 M 18.2 2.63041 6.8 2.58515Females 14:59 Friday, September 3, 2010 22

litt er group block pup sex pupwt cubertbw agd agdindex

13941 1 3 6 F 19.7 2.70078 3.3 1.22187

13941 1 3 7 F 19.6 2.69620 3.0 1.11268

13941 1 3 8 F 18.5 2.64479 2.7 1.02088

13941 1 3 1 M 20.5 2.73685 6.7 2.44807

13941 1 3 2 M 20.4 2.73239 6.0 2.19588

13941 1 3 3 M 19.8 2.70534 6.6 2.43962

13941 1 3 4 M 19.4 2.68700 6.7 2.49349

13941 1 3 5 M 21.1 2.76330 7.5 2.71415

13942 5 3 6 F 14.4 2.43288 2.5 1.02759

13942 5 3 7 F 16.8 2.56116 3.0 1.17134

13942 5 3 8 F 16.1 2.52508 2.4 0.95046

13942 5 3 1 M 17.6 2.60118 6.5 2.49886

13942 5 3 2 M 17.5 2.59625 7.1 2.73472

13942 5 3 3 M 14.4 2.43288 5.9 2.42511

13942 5 3 4 M 12.3 2.30835 6.0 2.59926

13942 5 3 5 M 14.5 2.43850 5.6 2.29649

13943 5 3 6 F 16.1 2.52508 2.5 0.99007

13943 5 3 7 F 17.2 2.58133 3.2 1.23967

13943 5 3 8 F 18.6 2.64954 2.7 1.01904

13943 5 3 1 M 19.9 2.70989 7.5 2.76764

13943 5 3 2 M 18.7 2.65428 7.6 2.86330

13943 5 3 3 M 18.8 2.65901 7.2 2.70778

13943 5 3 4 M 21.5 2.78065 6.6 2.37355

13943 5 3 5 M 20.6 2.74129 7.8 2.84537

13944 5 3 5 F 17.1 2.57631 3.1 1.20327

13944 5 3 6 F 14.6 2.44409 3.0 1.22745

13944 5 3 7 F 17.7 2.60610 2.2 0.84417

13944 5 3 8 F 16.0 2.51984 2.5 0.99213

13944 5 3 1 M 17.9 2.61588 6.7 2.56128

13944 5 3 2 M 18.4 2.64001 6.4 2.42423

13944 5 3 3 M 18.9 2.66371 7.2 2.70299

13944 5 3 4 M 17.1 2.57631 6.0 2.32891

13945 3 3 6 F 17.8 2.61100 2.6 0.99579

13945 3 3 7 F 18.6 2.64954 3.4 1.28324

13945 3 3 8 F 18.6 2.64954 3.5 1.32098

13945 3 3 1 M 19.5 2.69161 6.5 2.4149113945 3 3 2 M 18.7 2.65428 6.6 2.48655

13945 3 3 3 M 18.5 2.64479 7.0 2.64672

13945 3 3 4 M 19.4 2.68700 6.0 2.23298

13945 3 3 5 M 18.8 2.65901 6.0 2.25648

13946 2 3 3 F 16.6 2.55095 3.0 1.17603

13946 2 3 4 F 17.4 2.59129 2.9 1.11913

13946 2 3 5 F 17.7 2.60610 3.5 1.34300

13946 2 3 6 F 16.7 2.55607 2.6 1.01719

13946 2 3 7 F 15.5 2.49332 3.0 1.20322

13946 2 3 8 F 17.9 2.61588 3.0 1.14684

13946 2 3 1 M 17.6 2.60118 6.5 2.49886

13946 2 3 2 M 18.5 2.64479 6.6 2.49548

13947 2 3 3 F 20.1 2.71893 3.5 1.28727

13947 2 3 4 F 18.5 2.64479 3.2 1.20993

13947 2 3 5 F 17.1 2.57631 3.2 1.24208Females 14:59 Friday, September 3, 2010 23

litter group block pup sex pupwt cubertbw agd agdindex

13947 2 3 6 F 19.5 2.69161 2.7 1.00312

13947 2 3 7 F 19.1 2.67307 3.0 1.12230

13947 2 3 8 F 18.8 2.65901 3.0 1.12824

13947 2 3 1 M 19.5 2.69161 7.7 2.86075

13947 2 3 2 M 21.7 2.78924 7.0 2.50964

13948 3 3 6 F 20.4 2.73239 3.0 1.09794

13948 3 3 7 F 17 .7 2.60610 2.8 1.07440

13948 3 3 8 F 16.3 2.53549 2.7 1.06488

13948 3 3 1 M 20.6 2.74129 6.0 2.18875

13948 3 3 2 M 18.5 2.64479 5.9 2.23080

13948 3 3 3 M 18.6 2.64954 6.4 2.41551

13948 3 3 4 M 17.3 2.58632 6.0 2.31990

13948 3 3 5 M 18.9 2.66371 5.6 2.10233

13949 6 3 6 F 19.5 2.69161 3.4 1.26319

13949 6 3 7 F 18.5 2.64479 2.5 0.94526

13949 6 3 8 F 18.2 2.63041 2.6 0.98844

13949 6 3 1 M 1 9.7 2.70078 6.5 2.40671

13949 6 3 2 M 23.0 2.84387 6.7 2.35595

13949 6 3 3 M 20.3 2.72792 7.2 2.63937

13949 6 3 4 M 21.3 2.77200 6.3 2.27273

13949 6 3 5 M 19.9 2.70989 6.3 2.32482

13950 1 3 6 F 17.7 2.60610 3.0 1.15115

13950 1 3 7 F 16.3 2.53549 2.9 1.14376

13950 1 3 8 F 18.7 2.65428 3.0 1.13025

13950 1 3 1 M 17.7 2.60610 7.0 2.68601

13950 1 3 2 M 18. 9 2.66371 6.0 2.25250

13950 1 3 3 M 20.0 2.71442 6.7 2.46830

13950 1 3 4 M 18.4 2.64001 5.7 2.15908

13950 1 3 5 M 19.0 2.66840 5.5 2.06116

13951 6 3 3 F 17.1 2.57631 3.2 1.24208

13951 6 3 4 F 15.5 2.49332 2.7 1.08290

13951 6 3 5 F 18.2 2.63041 2.5 0.95042

13951 6 3 6 F 17.6 2.60118 2.9 1.11488

13951 6 3 7 F 17.0 2.57128 3.0 1.16673

13951 6 3 8 F 16.6 2.55095 3.2 1.25443

13951 6 3 1 M 18.7 2.65428 7.0 2.6372513951 6 3 2 M 18.3 2.63522 6.6 2.50453

13952 2 3 6 F 20.7 2.74572 3.6 1.31113

13952 2 3 7 F 19.8 2.70534 3.0 1.10892

13952 2 3 8 F 20.2 2.72344 3.0 1.10155

13952 2 3 1 M 21.4 2.77633 7.4 2.66539

13952 2 3 2 M 21.2 2.76766 6.1 2.20403

13952 2 3 3 M 21.8 2.79352 7.0 2.50580

13952 2 3 4 M 20.2 2.72344 6.1 2.23982

13952 2 3 5 M 20.2 2.72344 6.3 2.31325

13953 5 3 5 F 17.5 2.59625 2.6 1.00145

13953 5 3 6 F 17.8 2.61100 3.0 1.14899

13953 5 3 7 F 19.2 2.67773 3.0 1.12035

13953 5 3 1 M 19.7 2.70078 6.5 2.40671

13953 5 3 2 M 19.0 2.66840 6.5 2.43592

13953 5 3 3 M 18.8 2.65901 6.4 2.40691Females 14:59 Friday, September 3, 2010 24

litter group block pup sex pupwt cubertbw agd agdindex

13953 5 3 4 M 17.5 2.59625 6.2 2.38806

13954 6 3 5 F 17.1 2.57631 3.0 1.16445

13954 6 3 6 F 17.1 2.57631 3.0 1.16445

13954 6 3 7 F 16.2 2.53030 2.6 1.02755

13954 6 3 8 F 17.6 2.60118 2.8 1.07643

13954 6 3 1 M 18.9 2.66371 6.0 2.25250

13954 6 3 2 M 18.9 2.66371 5.6 2.10233

13954 6 3 3 M 18.1 2.62559 7.2 2.74225

13954 6 3 4 M 17.5 2.59625 6.5 2.50361

13955 4 3 4 F 18.8 2.65901 2.6 0.97781

13955 4 3 5 F 19.4 2.68700 2.8 1.04206

13955 4 3 6 F 18.9 2.66371 3.1 1.16379

13955 4 3 7 F 18.3 2.63522 3.0 1.13842

13955 4 3 8 F 18.8 2.65901 3.1 1.16585

13955 4 3 1 M 20.3 2.72792 5.9 2.16282

13955 4 3 2 M 19.3 2.68237 6.0 2.23683

13955 4 3 3 M 20.2 2.72344 6.6 2.42341

13956 4 3 6 F 18.4 2.64001 2.8 1.06060

13956 4 3 7 F 17.5 2.59625 3.0 1.15551

13956 4 3 8 F 17.2 2.58133 3.1 1.20093

13956 4 3 1 M 18.3 2.63522 6.3 2.39069

13956 4 3 2 M 18.5 2.64479 6.2 2.34423

13956 4 3 3 M 19.2 2.67773 6.2 2.31539

13956 4 3 4 M 19.5 2.69161 6.3 2.34061

13956 4 3 5 M 20.0 2.71442 6.4 2.35778

13958 3 3 2 F 19.5 2.69161 3.0 1.11458

13958 3 3 3 F 19.3 2.68237 3.4 1.26753

13958 3 3 4 F 18.8 2.65901 3.5 1.31628

13958 3 3 5 F 18.7 2.65428 3.2 1.20560

13958 3 3 6 F 16.4 2.54067 3.0 1.18079

13958 3 3 7 F 19.3 2.68237 3.4 1.26753

13958 3 3 8 F 18.6 2.64954 3.4 1.28324

13958 3 3 1 M 20.9 2.75454 6.7 2.43235

13959 3 3 6 F 18.0 2.62074 3.5 1.33550

13959 3 3 7 F 13.6 2.38697 3.0 1.25683

13959 3 3 8 F 17.4 2.59129 3.2 1.2349113959 3 3 1 M 21.1 2.76330 8.0 2.89509

13959 3 3 2 M 19.9 2.70989 7.5 2.76764

13 959 3 3 3 M 18.9 2.66371 7.5 2.81562

13959 3 3 4 M 21.0 2.75892 8.0 2.89968

13959 3 3 5 M 19.9 2.70989 7.5 2.76764

13960 6 3 5 F 18.6 2.64954 2.8 1.05679

13960 6 3 6 F 16.3 2.53549 2.6 1.02544

13960 6 3 7 F 18.8 2.65901 2.9 1.09063

13960 6 3 8 F 17.4 2.59129 3.0 1.15772

13960 6 3 1 M 19.9 2.70989 7.2 2.65694

13960 6 3 2 M 20.6 2.74129 6.5 2.37114

13960 6 3 3 M 18.1 2.62559 6.0 2.28520

13960 6 3 4 M 18.8 2.65901 6.0 2.25648

13961 6 3 5 F 21.8 2.79352 3.0 1.07391

13961 6 3 6 F 22.5 2.82311 2.6 0.92097Females 14:59 Friday, September 3, 2010 25

litter group block pup sex pupwt cubertbw agd agdindex

13961 6 3 7 F 21.3 2.77200 3.2 1.15440

13961 6 3 8 F 22.6 2.82728 3.0 1.06109

13961 6 3 1 M 21.8 2.79352 6.7 2.39841

13961 6 3 2 M 20.6 2.74129 6.3 2.29818

13961 6 3 3 M 21.4 2.77633 6.5 2.34122

13961 6 3 4 M 20.3 2.72792 7.4 2.71269

13962 4 3 4 F 21.4 2.77633 3.5 1.26066

13962 4 3 5 F 20.4 2.73239 3.1 1.13454

13962 4 3 6 F 17.5 2.59625 3.0 1.15551

13962 4 3 7 F 20.4 2.73239 3.5 1.28093

13 962 4 3 8 F 8.8 2.06456 2.4 1.16248

13962 4 3 1 M 21.0 2.75892 6.5 2.35599

13962 4 3 2 M 20.2 2.72344 6.6 2.42341

13962 4 3 3 M 20.3 2.72792 7.0 2.56606

13963 1 3 3 F 19.0 2.66840 3.0 1.12427

13963 1 3 4 F 19.6 2.69620 2.5 0.92723

13963 1 3 5 F 15.9 2.51458 2.9 1.15327

13963 1 3 6 F 19.5 2.69161 3.2 1.18888

13963 1 3 1 M 21.6 2.78495 7.9 2.83667

13963 1 3 2 M 20.0 2.71442 7.0 2.57882

13964 2 3 5 F 16.4 2.54067 2.7 1.06271

13964 2 3 6 F 16.1 2.52508 2.7 1.06927

13964 2 3 7 F 18.4 2.64001 3.1 1.17424

13964 2 3 8 F 17.6 2.60118 3.2 1.23021

13964 2 3 1 M 16.0 2.51984 5.6 2.22236

13964 2 3 2 M 20.1 2.71893 6.4 2.35386

13964 2 3 3 M 16.5 2.54582 5.9 2.31752

13964 2 3 4 M 18.4 2.64001 7.0 2.65150

13965 5 3 4 F 17.6 2.60118 3.1 1.19177

13965 5 3 5 F 15.8 2.50930 3.2 1.27526

13965 5 3 6 F 18.1 2.62559 3.2 1.21878

13965 5 3 7 F 13.5 2.38110 2.9 1.21792

13965 5 3 8 F 16.3 2.53549 3.0 1.18320

13965 5 3 1 M 17.0 2.57128 6.7 2.60570

13965 5 3 2 M 18.5 2.64479 6.4 2.41986

13965 5 3 3 M 18.3 2.63522 6.9 2.6183813966 3 3 5 F 17.8 2.61100 3.2 1.22558

13966 3 3 6 F 17.4 2.59129 3.0 1.15772

13966 3 3 7 F 19.3 2.68237 3.1 1.15569

13966 3 3 8 F 17.6 2.60118 2.9 1.11488

13966 3 3 1 M 21.2 2.76766 6.5 2.34856

13966 3 3 2 M 19.7 2.70078 5.7 2.11050

13966 3 3 3 M 15.5 2.49332 5.3 2.12568

13966 3 3 4 M 19.1 2.67307 6.1 2.28202

13967 4 3 3 F 15.6 2.49867 2.6 1.04056

13967 4 3 4 F 15.4 2.48794 2.5 1.00485

13967 4 3 5 F 16.4 2.54067 3.0 1.18079

13967 4 3 6 F 15.8 2.50930 2.5 0.99629

13967 4 3 7 F 15.8 2.50930 2.5 0.99629

13967 4 3 8 F 14.4 2.43288 2.4 0.98648

13967 4 3 1 M 16.6 2.55095 6.5 2.54807Females 14:59 Friday, September 3, 2010 26

litter group block pup sex pupwt cubertbw agd agdindex

13967 4 3 2 M 16.6 2.55095 5.0 1.96005

13968 5 3 4 F 18.8 2.65901 3.4 1.27867

13968 5 3 5 F 19.0 2.66840 3.0 1.12427

13968 5 3 6 F 18.0 2.62074 3.5 1.33550

13968 5 3 7 F 18.2 2.63041 3.1 1.17852

13968 5 3 8 F 19.4 2.68700 3.0 1.11649

13968 5 3 1 M 19.2 2.67773 7.1 2.65150

13968 5 3 2 M 18.4 2.64001 7.1 2.68938

13968 5 3 3 M 18.6 2.64954 7.0 2.64196

13969 4 3 4 F 18.6 2.64954 3.5 1.32098

13969 4 3 5 F 18.4 2.64001 2.9 1.09848

13969 4 3 6 F 17.1 2.57631 3.0 1.16445

13 969 4 3 7 F 18.3 2.63522 2.5 0.94869

13969 4 3 8 F 16.0 2.51984 2.8 1.11118

13969 4 3 1 M 18.9 2.66371 7.0 2.62791

13969 4 3 2 M 18.6 2.64954 7.0 2.64196

13969 4 3 3 M 18.2 2.63041 6.5 2.47110

13970 1 3 6 F 19.9 2.70989 3.2 1.18086

13970 1 3 7 F 19.0 2.66840 3.0 1.12427

13970 1 3 8 F 16.3 2.53549 3.0 1.18320

13970 1 3 1 M 20.6 2.74129 6.3 2.29818

13970 1 3 2 M 21.1 2.76330 6.1 2.20751

13970 1 3 3 M 17.3 2.58632 5.6 2.16524

13970 1 3 4 M 20.2 2.72344 6.4 2.34997

13970 1 3 5 M 19.7 2.70078 5.6 2.07348

13971 4 3 3 F 24.0 2.88450 3.5 1.21338

13971 4 3 4 F 24.2 2.89249 3.5 1.21003

13971 4 3 5 F 22.9 2.83974 3.4 1.19729

13971 4 3 1 M 24.2 2.89249 7.7 2.66207

13971 4 3 2 M 24.8 2.91620 8.4 2.88046

13972 1 3 6 F 16.8 2.56116 3.0 1.17134

13972 1 3 7 F 17.3 2.58632 3.0 1.15995

13972 1 3 8 F 17.6 2.60118 3.0 1.15332

13972 1 3 1 M 16.5 2.54582 6.0 2.35680

13972 1 3 2 M 17.8 2.61100 7.0 2.68097

13972 1 3 3 M 17.3 2.58632 6.0 2.3199013972 1 3 4 M 17.2 2.58133 6.1 2.36313

13972 1 3 5 M 17.7 2.60610 6.1 2.34066

13973 2 3 5 F 21.1 2.76330 3.9 1.41136

13 973 2 3 6 F 21.7 2.78924 3.0 1.07556

13973 2 3 7 F 19.4 2.68700 3.6 1.33979

13973 2 3 8 F 20.4 2.73239 3.4 1.24433

13973 2 3 1 M 21.9 2.79779 8.0 2.85940

13973 2 3 2 M 21.7 2.78924 7.5 2.68890

13973 2 3 3 M 20.7 2.74572 7.4 2.69510

13973 2 3 4 M 21.0 2.75892 7.5 2.71845Study 10A & 10C: Gestational Atrazine b.i.d., PND 7 Anogenital Distance 1

PND 0 Data - Males 14:50 Friday, September 3, 2010

gr oup

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

agd 6.6 0.1 12 7.1 0.2 12 7.0 0.1 11 7.0 0.1 11 6.3 0.2 9 6.4 0.1 5

agdindex 2.4 0.0 12 2.6 0.1 12 2.6 0.1 11 2.6 0.0 11 2.4 0.1 9 2.4 0.0 5

pupwt 19.7 0.5 12 19.6 0.3 12 19.7 0.6 11 19.9 0.3 11 17.8 0.9 9 19.3 0.8 5Study 10A & 10C: Gestational Atrazine b.i.d., PND 7 Anogenital Distance 2

PND 0 Data - Males 14:50 Friday, September 3, 2010

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

agd 3.1 0.1 12 3.1 0.1 12 3.2 0.1 11 3.2 0.1 11 3.1 0.1 9 2.9 0.1 5

agdindex 1.2 0.0 12 1.2 0.0 12 1.2 0.0 11 1.2 0.0 11 1.2 0.0 9 1.1 0.0 5

pupwt 19.1 0.4 12 19.0 0.3 12 19.2 0.4 11 19.1 0.3 11 17.2 1.0 9 19.0 0.6 5Males 14:50 Friday, September 3, 2010 3

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Number of Observations Read 6 0

Number of Observations Used 60Males 14:50 Friday, September 3, 2010 4

The GLM Procedure

Depe ndent Variable: agdindex

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.52586883 0.08764480 2.90 0.0162

Error 53 1.60338201 0.03025249

Corrected Total 59 2.12925084

R-Square Coeff Var Root MSE agdindex Mean

0.246974 6.885510 0.173932 2.526065

So urce DF Type I SS Mean Square F Value Pr > F

group 5 0.52580427 0.10516085 3.48 0.0086

block 1 0.00006456 0.00006456 0.00 0.9633

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.51539400 0.10307880 3.41 0.0096

bloc k 1 0.00006456 0.00006456 0.00 0.9633Males 14:50 Friday, September 3, 2010 5

The GLM Procedure

Least Squares Means

agdindex Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 2.44012802 0.05020997 <.0001 1

2 2.61920696 0.05020997 <.0001 2

3 2.60761976 0.05248616 <.0001 3

4 2.59104348 0.05248616 <.0001 4

5 2.42177627 0.05803632 <.0001 5

6 2.37281102 0.08126185 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: agdindex

i/j 1 2 3 4 5 6

1 0.0147 0.0251 0.0426 0.8119 0.4841

2 0.0147 0.8739 0.6998 0.0129 0.0127

3 0.0251 0.8739 0.8243 0.0211 0.0180

4 0.0426 0.6998 0.8243 0.0352 0.0290

5 0.8119 0.0129 0.0211 0.0352 0.6238

6 0.4841 0.0127 0.0180 0.0290 0.6238

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Females 14:50 Friday, September 3, 2010 6

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Number of Observations Read 60

Number of Observations Used 60Females 14:50 Friday, September 3, 2010 7

The GLM Procedure

Dependent Variable: agdindex

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.08272396 0.01378733 1.86 0.1045

Error 53 0.39209869 0.00739809

Corrected Total 59 0.47482265

R-Square Coeff Var Root MSE agdindex Mean

0.174221 7.344406 0.086012 1.171125

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.07903665 0.01580733 2.14 0.0752

block 1 0.00368731 0.00368731 0.50 0.4833

So urce DF Type III SS Mean Square F Value Pr > F

group 5 0.08269699 0.01653940 2.24 0.0641

block 1 0.00368731 0.00368731 0.50 0.4833Females 14:50 Friday, September 3, 2010 8

The GLM Procedure

Least Squares Means

agdindex Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 1.15763536 0.02482957 <.0001 1

2 1.15661377 0.02482957 <.0001 2

3 1.18755843 0.02595517 <.0001 3

4 1.18400343 0.02595517 <.0001 4

5 1.22367729 0.02869981 <.0001 5

6 1.06939046 0.04018518 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: agdindex

i/j 1 2 3 4 5 6

1 0.9769 0.4085 0.4661 0.0876 0.0673

2 0.9769 0.3928 0.4491 0.0830 0.0704

3 0.4085 0.3928 0.9233 0.3544 0.0162

4 0.4661 0.4491 0.9233 0.3103 0.0208

5 0.0876 0.0830 0.3544 0.3103 0.0027

6 0.0673 0.0704 0.0162 0.0208 0.0027

NOTE: To ensure overall protection level, only probabilities associated with pre-planned comparisons should be used.Males 14:50 Friday, September 3, 2010 9

The Mixed Procedure

Model Information

Data Set WORK.MALES

Dependent Variable agd

Covariance Structure Variance Components

Estimation Method REML

Residual Variance Method Profile

Fixed Effects SE Method Model-Based

Degrees of Freedom Method Containment

Class Level Information

Class Levels Values

litter 60 13720 13721 13722 13723 13724

13725 13726 13727 13728 13729

13730 13731 13732 13733 13734

13735 13736 13737 13738 13739

13740 13741 13742 13743 13746

13748 13749 13974 13975 13976

13977 13978 13981 13982 13983

13984 13985 13987 13988 13989

13990 13991 13992 13993 13994

13995 13996 13997 13998 13999

14000 14001 14002 14003 14004

14005 14006 14007 14008 14009

group 6 1 2 3 4 5 6

block 2 2 4

Dimensions

Covariance Parameters 2

Columns in X 10

Columns in Z 60Subjects 1

Max Obs Per Subject 207

Number of Observations

Number of Observations Read 207

Number of Observations Used 207

Number of Observations Not Used 0Males 14:50 Frid ay, September 3, 2010 10

The Mixed Procedure

Iteration History

Iteration Evaluations -2 Res Log Like Criterion

0 1 378.87401207

1 2 359.99419931 0.00571217

2 1 359.97725252 0.00001526

3 1 359.97720850 0.00000000

Convergence criteria met.

Covariance Parameter Estimates

Standard Z

Cov Parm Ratio Estimate Error Value Pr Z

litter 0.4848 0.1152 0.03945 2.92 0.0018

Residual 1.0000 0.2376 0.02799 8.49 <.0001

Fit Statistics

- 2 Res Log Likelihood 360.0

AIC (smaller is better) 364.0

AICC (smaller is better) 364.0

BIC (smaller is better) 368.2

Type 3 Tests of Fixed Effects

Num Den

Effect DF DF F Value Pr > F

pupwt 1 146 26.15 <.0001group 5 146 3.42 0.0060

block 1 146 0.00 0.9676

Least Squares Means

Standard

Effect group Estimate Error DF t Value Pr > |t|

group 1 6.5913 0.1241 146 53.09 <.0001

group 2 7.0168 0.1276 146 54.98 <.0001

group 3 6.9899 0.1363 146 51.29 <.0001

group 4 6.9633 0.1308 146 53.25 <.0001

group 5 6.5070 0.1481 146 43.94 <.0001

group 6 6.3791 0.2048 146 31.15 <.0001Males 14:50 Friday, September 3, 2010 11

The Mixed Procedure

Differences of Least Squares Means

Standard

Ef fect group _group Estimate Error DF t Value Pr > |t|

group 1 2 -0.4255 0.1779 146 -2.39 0.0180

group 1 3 -0.3986 0.1843 146 -2.16 0.0322

group 1 4 -0.3720 0.1799 146 -2.07 0.0405

group 1 5 0.08433 0.1945 146 0.43 0.6652

group 1 6 0.2122 0.2400 146 0.88 0.3782

group 2 3 0.02687 0.1868 146 0.14 0.8858

group 2 4 0.05349 0.1825 146 0.29 0.7698

grou p 2 5 0.5098 0.1962 146 2.60 0.0103

group 2 6 0.6377 0.2420 146 2.64 0.0093

group 3 4 0.02662 0.1890 146 0.14 0.8882

group 3 5 0.4829 0.2015 146 2.40 0.0178

group 3 6 0.6108 0.2446 146 2.50 0.0136

group 4 5 0.4563 0.1993 146 2.29 0.0235

group 4 6 0.5842 0.2448 146 2.39 0.0183

group 5 6 0.1278 0.2506 146 0.51 0.6107Females 14:50 Friday, September 3, 2010 12

The Mixed Procedure

Model Information

Data Set WORK.FEMALES

Dependent Variable agd

Covariance Structure Variance Components

Estimation Method REML

Residual Variance Method Profile

Fixed Effects SE Method Model-Based

Degrees of Freedom Method Containment

Class Level Information

Class Levels Values

litter 60 13720 13721 13722 13723 13724

13725 13726 13727 13728 13729

13730 13731 13732 13733 13734

13735 13736 13737 13738 13739

13740 13741 13742 13743 13746

13748 13749 13974 13975 13976

13977 13978 13981 13982 13983

13984 13985 13987 13988 13989

13990 13991 13992 13993 13994

13995 13996 13997 13998 13999

14000 14001 14002 14003 14004

14005 14006 14007 14008 14009

group 6 1 2 3 4 5 6

block 2 2 4

Dimensions

Covarian ce Parameters 2

Columns in X 10

Columns in Z 60Subjects 1

Max Obs Per Subject 255

Number of Observations

Number of Observations Read 255

Number of Observations Used 254

Number of Observations Not Used 1Females 14:50 Friday, September 3, 2010 13

The Mixed Procedure

Iteration History

Iteration Evaluations -2 Res Log Like Criterion

0 1 191.07508522

1 3 169.60880583 0.00001654

2 1 169.60643915 0.00000001

Convergence criteria met.

Covariance Parameter Estimates

Standard Z

Cov Parm Ratio Estimate Error Value Pr Z

litter 0.3455 0.02926 0.009871 2.96 0.0015

Residual 1.0000 0.08469 0.008551 9.90 <.0001

Fit Statistics

- 2 Res Log Likelihood 169.6

AIC (smaller is better) 173.6

AICC (smaller is better) 173.7

BIC (smaller is better) 177.8

Typ e 3 Tests of Fixed Effects

Num Den

Effect DF DF F Value Pr > F

pupwt 1 193 15.89 <.0001

group 5 193 1.75 0.1241block 1 193 0.13 0.7229

Least Squares Means

Standard

Effect group Estimate Error DF t Value Pr > |t|

group 1 3.0880 0.06498 193 47.52 <.0001

group 2 3.0662 0.06370 193 48.14 <.0001

group 3 3.1475 0.06562 193 47.97 <.0001

group 4 3.1664 0.06963 193 45.48 <.0001

group 5 3.1946 0.08582 193 37.23 <.0001

group 6 2.8540 0.1020 193 27.97 <.0001Females 14:50 Friday, September 3, 2010 14

The Mixed Procedure

Differences of Least Squares Means

Standard

Effect group _group Estimate Error DF t Value Pr > |t|

group 1 2 0.02181 0.09087 193 0.24 0.8106

group 1 3 -0.05955 0.09210 193 -0.65 0.5187

group 1 4 -0.07847 0.09515 193 -0.82 0.4106

group 1 5 -0.1067 0.1085 193 -0.98 0.3266

group 1 6 0.2339 0.1206 193 1.94 0.0538

group 2 3 -0.08135 0.09127 193 -0.89 0.3739

group 2 4 -0.1003 0.09427 193 -1.06 0.2888

group 2 5 -0.1285 0.1075 193 -1.19 0.2336

group 2 6 0.2121 0.1201 193 1.77 0.0790

gr oup 3 4 -0.01892 0.09560 193 -0.20 0.8433

group 3 5 -0.04712 0.1091 193 -0.43 0.6663

group 3 6 0.2935 0.1205 193 2.44 0.0158

group 4 5 -0.02820 0.1113 193 -0.25 0.8003

group 4 6 0.3124 0.1245 193 2.51 0.0129

group 5 6 0.3406 0.1334 193 2.55 0.0114Females 14:50 Friday, September 3, 2010 15

litter group block pupwt agd agdindex

13720 4 2 19.9667 7.36667 2.71705

13721 5 2 19.9667 6.93333 2.55501

13722 5 2 18.0200 6.36000 2.45686

13723 3 2 20.2500 6.85000 2.51623

13724 4 2 19.0000 7.50000 2.80932

13725 5 2 14.2000 5.3333 3 2.20463

13726 3 2 20.4500 7.37500 2.69657

13727 1 2 21.1333 7.03333 2.54403

13728 2 2 20.0000 7.76667 2.86086

13729 2 2 19.5250 7.00000 2.60019

13730 3 2 18.5500 7.20000 2.72148

13731 4 2 19.2000 6.66000 2.48931

13732 3 2 20.1750 6.85000 2.51371

13733 2 2 20.8600 6.84000 2.48552

13734 3 2 19.9000 7.55000 2.78572

13735 4 2 21.2500 6.45000 2.32891

13736 4 2 20.2200 7.02000 2.57690

13737 1 2 21.2600 7.58000 2.73724

13738 2 2 19.6250 6.12500 2.27067

13739 1 2 19.4667 6.70000 2.49196

13740 2 2 20.8000 7.26667 2.64377

13741 1 2 18.9333 6.16667 2.31377

13742 4 2 17.8500 6.77500 2.59232

13743 1 2 20.2250 6.82500 2.50503

13746 1 2 19.8167 6.58333 2.43209

13748 5 2 19.8000 6.60000 2.43962

13749 2 2 20.3000 6.30000 2.30938

13974 4 4 20.2000 6.80000 2.49685

13975 2 4 20.1500 6.62500 2.43514

13976 6 4 21.2500 6.67500 2.41007

13977 6 4 16.4333 5.86667 2.31000

13978 3 4 13.5667 6.50000 2.94814

13981 1 4 18.1000 5.85000 2.22812

13982 1 4 21.0000 6.5200 0 2.36337

13983 3 4 21.1000 6.10000 2.20751

13984 3 4 21.4333 6.86667 2.4736213985 2 4 18.4500 7.15000 2.70764

13987 2 4 17.6500 7.45000 2.86218

13988 2 4 19.1500 8.00000 2.99057

13989 6 4 19.3750 6.37500 2.37388

13990 1 4 22.3750 7.07500 2.51026

13991 1 4 16.4500 6.00000 2.35977

13992 4 4 20.9333 7.18333 2.60641

13993 5 4 18.6400 6.34000 2.39420

13994 1 4 18.5333 6.53333 2.46848

13995 5 4 17.6333 6.16667 2.36940

13996 4 4 20.0200 6.86000 2.52616

13997 2 4 19.1667 7.16667 2.67789

13998 2 4 19.8000 7.00000 2.58667

13999 1 4 18.9500 6.20000 2.32742

14000 5 4 21.0500 7.60000 2.75314Females 14:50 Friday, September 3, 2010 16

litter group block pupwt agd agdindex

14001 3 4 19.9600 6.78000 2.49981

14002 6 4 20.3667 6.26667 2.29560

14003 4 4 20.0667 7.76667 2.85852

14004 6 4 18.8500 6.60000 2.47994

14005 3 4 20.6500 7.00000 2.55154

14006 5 4 17.2250 5.97500 2.31390

14007 3 4 20.3800 7.5600 0 2.77058

14008 4 4 20.4333 6.83333 2.49865

14009 5 4 13.3000 5.46667 2.31031Females 14:50 Friday, September 3, 2010 17

litter group block pupwt agd agdindex

13720 4 2 19.1000 3.30000 1.23408

13721 5 2 19.9000 3.20000 1.18068

13722 5 2 21.1000 3.20000 1.15804

13723 3 2 21.5500 3.53333 1.26945

13724 4 2 17.9000 3.53333 1.35053

13725 5 2 14.2000 2.76667 1.14650

13726 3 2 18.5250 3.27500 1.23743

13727 1 2 20.5600 3.06000 1.11553

13728 2 2 18.8200 3.14000 1.18206

13729 2 2 19.7000 3.30000 1.22202

13730 3 2 16.2667 3.31667 1.31514

13731 4 2 19.0333 3.65000 1.03584

13732 3 2 20.0750 3.05000 1.12336

13733 2 2 19.5333 3.46667 1.28637

13734 3 2 18.3500 3.08333 1.17025

13735 4 2 20.2250 3.15000 1.15642

13736 4 2 20.0667 3.36667 1.23866

13737 1 2 20.2000 3.23333 1.18775

13738 2 2 19.4500 2.85000 1.05921

13739 1 2 18.7400 3.20000 1.20513

13740 2 2 19.7800 2.86000 1.05724

13741 1 2 18.4200 2.9800 0 1.12856

13742 4 2 16.9500 2.92500 1.13868

13743 1 2 18.7750 3.17500 1.19468

13746 1 2 19.1000 2.70000 1.00881

13748 5 2 18.9833 2.98333 1.11889

13749 2 2 19.8333 2.91667 1.07905

13974 4 4 19.1500 3.40000 1.26833

13975 2 4 19.7000 3.03333 1.12358

13976 6 4 19.6000 3.05000 1.13348

13977 6 4 18.7400 2.64000 0.99403

13978 3 4 17.8400 2.96000 1.13718

13981 1 4 19.1750 2.95000 1.10318

13982 1 4 20.3000 3.06667 1.12682

13983 3 4 19.7143 2.80000 1.03686

13984 3 4 20.0200 3.08000 1.1357113985 2 4 18.2667 3.10000 1.17753

13987 2 4 16.8000 3.03333 1.18340

13988 2 4 18.5167 3.01667 1.14060

13989 6 4 18.6000 2.60000 0.98125

13990 1 4 21.0000 3.02500 1.09628

13991 1 4 16.5667 3.06667 1.20292

13992 4 4 20.1500 2.95000 1.08404

13993 5 4 19.0000 3.50000 1.31165

13994 1 4 18.8400 3.64000 1.36784

13995 5 4 16.1250 2.90000 1.14799

13996 4 4 19.1333 2.96667 1.10924

13997 2 4 18.4500 3.10000 1.17302

13998 2 4 19.2000 3.20000 1.19528

13999 1 4 17.6000 3.0000 0 1.15412

14000 5 4 19.1250 3.47500 1.29891Females 14:50 Friday, September 3, 2010 18

litter group block pupwt agd agdindex

14001 3 4 18.6333 3.03333 1.14458

14002 6 4 20.7600 3.22000 1.17193

14003 4 4 18.8000 3.25000 1.22220

14004 6 4 17.3500 2.86667 1.10731

14005 3 4 19.6000 3.25000 1.20646

14006 5 4 13.0500 3.30000 1.41211

14007 3 4 20.3667 3.53333 1.29494

14008 4 4 19.4667 3.16667 1.17781

14009 5 4 13.1200 2.94000 1.24654Females 14:50 Friday, September 3, 2010 19

litter group block pup sex pupwt agd agdindex

13720 4 2 4 F 18.8 3.0 1.12824

13720 4 2 5 F 19.4 3.2 1.19092

13720 4 2 6 F 19.7 3.6 1.33295

13720 4 2 7 F 18.2 3.1 1.17852

13720 4 2 8 F 19.4 3.6 1.33979

13720 4 2 1 M 21.2 7.7 2.78214

13720 4 2 2 M 18.9 8.0 3.00333

13720 4 2 3 M 19.8 6.4 2.36569

13721 5 2 7 F 20.0 3.5 1.28941

13721 5 2 8 F 19.8 2.9 1.07195

13721 5 2 1 M 21.7 7.8 2.79646

13721 5 2 2 M 21.7 6.8 2.43794

13721 5 2 3 M 19.4 7.7 2.86565

13721 5 2 4 M 19.5 6.5 2.41491

13721 5 2 5 M 18.3 5.8 2.20095

13721 5 2 6 M 19.2 7.0 2.61415

13722 5 2 6 F 21.1 3.2 1.15804

13722 5 2 1 M 9.1 5.5 2.63440

13722 5 2 2 M 21.2 6.5 2.34856

13722 5 2 3 M 20.9 7.0 2.54126

13722 5 2 4 M 19.7 6.3 2.33266

13722 5 2 5 M 19.2 6.5 2.42743

13723 3 2 3 F 22.0 3.4 1.21340

13723 3 2 4 F 20.2 3.2 1.17499

13723 3 2 5 F 21.9 3.8 1.35822

13723 3 2 6 F 22.6 3.7 1.30868

13723 3 2 7 F 21.4 3.5 1.26066

13723 3 2 8 F 21.2 3.6 1.30074

13723 3 2 1 M 21.3 6.6 2.38095

13723 3 2 2 M 19.2 7.1 2.65150

13724 4 2 3 F 18.7 4.2 1.58235

13724 4 2 4 F 16.6 3.5 1.37204

13724 4 2 5 F 17.6 3.4 1.30710

13724 4 2 6 F 18.1 3.8 1.44730

13724 4 2 7 F 17.6 3.0 1.15332

13724 4 2 8 F 18.8 3.3 1.2410713724 4 2 1 M 19.6 8.0 2.96714

13724 4 2 2 M 18.4 7.0 2.65150

13725 5 2 4 F 10.7 2.5 1.13452

13725 5 2 5 F 16.6 2.9 1.13683

13725 5 2 6 F 15.3 2.9 1.16816

13725 5 2 1 M 13.7 5.2 2.17318

13725 5 2 2 M 15.3 5.2 2.09462

13725 5 2 3 M 13.6 5.6 2.34607

13726 3 2 5 F 17.0 3.1 1.20562

13726 3 2 6 F 20.7 3.5 1.27471

13726 3 2 7 F 19.5 3.5 1.30034

13726 3 2 8 F 16.9 3.0 1.16903

13726 3 2 1 M 20.3 7.2 2.63937

13726 3 2 2 M 21.6 7.8 2.80077

13726 3 2 3 M 20.0 7.5 2.76302Females 14:50 Friday, September 3, 2010 20

litter group block pup sex pupwt agd agdindex

13726 3 2 4 M 19.9 7.0 2.58313

13727 1 2 4 F 18.8 2.2 0.82738

13727 1 2 5 F 20.8 3.0 1.09085

13727 1 2 6 F 20.7 3.3 1.20187

13727 1 2 7 F 22.3 3.3 1.17241

13727 1 2 8 F 20.2 3.5 1.28514

13727 1 2 1 M 20.9 7.1 2.57756

13727 1 2 2 M 21.4 7.0 2.52131

13727 1 2 3 M 21.1 7.0 2.53321

13728 2 2 4 F 20.0 3.0 1.10521

13728 2 2 5 F 18.5 3.5 1.32336

13728 2 2 6 F 18.2 3.0 1.14051

13728 2 2 7 F 17.2 3.2 1.23967

13728 2 2 8 F 20.2 3.0 1.10155

13728 2 2 1 M 20.2 7.5 2.75387

13728 2 2 2 M 19.3 7.5 2.79603

13728 2 2 3 M 20.5 8.3 3.03268

13729 2 2 5 F 19.0 2.9 1.08679

13729 2 2 6 F 20.7 3.2 1.16545

13729 2 2 7 F 19.8 3.5 1.29374

13729 2 2 8 F 19.3 3.6 1.34210

13729 2 2 1 M 20.4 6.2 2.26907

13729 2 2 2 M 20.5 8.0 2.92307

13729 2 2 3 M 19.1 7.0 2.61871

13729 2 2 4 M 18.1 6.8 2.58990

13730 3 2 3 F 18.7 3.0 1.13025

13730 3 2 4 F 12.4 3.0 1.29613

13730 3 2 5 F 16.5 3.2 1.25696

13730 3 2 6 F 14.7 3.6 1.46959

13730 3 2 7 F 20.2 3.6 1.32186

13730 3 2 8 F 15.1 3.5 1.41604

13730 3 2 1 M 19.5 7.2 2.67498

13730 3 2 2 M 17.6 7.2 2.76797

13731 4 2 6 F . 6.3 .

13731 4 2 7 F 19.3 3.0 1.11841

13731 4 2 8 F 19.3 2.8 1.0438513731 4 2 9 F 18.5 2.5 0.94526

13731 4 2 1 M 17.8 7.1 2.71927

13731 4 2 2 M 19.2 6.8 2.53946

13731 4 2 3 M 20.4 6.0 2.19588

13731 4 2 4 M 19.7 7.5 2.77698

13731 4 2 5 M 18.9 5.9 2.21495

13732 3 2 5 F 20.6 3.1 1.13085

13732 3 2 6 F 18.9 3.0 1.12625

13732 3 2 7 F 19.2 3.2 1.19504

13732 3 2 8 F 21.6 2.9 1.04131

13732 3 2 1 M 21.2 7.3 2.63761

13732 3 2 2 M 20.5 6.6 2.41153

13732 3 2 3 M 21.2 7.6 2.74601

13732 3 2 4 M 17.8 5.9 2.25967

13733 2 2 6 F 18.7 3.0 1.13025Females 14:50 Friday, September 3, 2010 21

litter group block pup sex pupwt agd agdindex

13733 2 2 7 F 19.7 3.8 1.40700

13733 2 2 8 F 20.2 3.6 1.32186

13733 2 2 1 M 22.2 6.1 2.17043

13733 2 2 2 M 19.8 6.2 2.29176

13733 2 2 3 M 21.1 7.6 2.75034

13733 2 2 4 M 20.8 7.8 2.83622

13733 2 2 5 M 20.4 6.5 2.37887

13734 3 2 3 F 15.6 2.9 1.16062

13734 3 2 4 F 19.5 3.1 1.15173

13734 3 2 5 F 19.3 3.0 1.11841

13734 3 2 6 F 19.6 2.9 1.07559

13734 3 2 7 F 18.5 3.5 1.32336

13734 3 2 8 F 17.6 3.1 1.19177

13734 3 2 1 M 20.1 7.9 2.90555

13734 3 2 2 M 19.7 7.2 2.66590

13735 4 2 5 F 17.7 3.0 1.15115

13735 4 2 6 F 21.6 3.6 1.29266

13735 4 2 7 F 21.2 3.0 1.08395

13735 4 2 8 F 20.4 3.0 1.09794

13735 4 2 1 M 21.5 6.5 2.33758

13735 4 2 2 M 21.5 6.6 2.37355

13735 4 2 3 M 22.2 6.5 2.31275

13735 4 2 4 M 19.8 6.2 2.29176

13736 4 2 6 F 20.5 3.6 1.31538

13736 4 2 7 F 19.9 3.3 1.21776

13736 4 2 8 F 19.8 3.2 1.18285

13736 4 2 1 M 19.9 7.0 2.58313

13736 4 2 2 M 20.0 6.6 2.43146

13736 4 2 3 M 20.0 7.0 2.57882

13736 4 2 4 M 20.2 7.5 2.75387

13736 4 2 5 M 21.0 7.0 2.53722

13737 1 2 6 F 21.0 3.1 1.12363

13737 1 2 7 F 19.8 3.3 1.21981

13737 1 2 8 F 19.8 3.3 1.21981

13737 1 2 1 M 20.7 8.2 2.98646

13737 1 2 2 M 21.5 7.5 2.6972113737 1 2 3 M 21.0 8.3 3.00842

13737 1 2 4 M 21.7 7.5 2.68890

13737 1 2 5 M 21.4 6.4 2.30520

13738 2 2 5 F 19.8 3.5 1.29374

13738 2 2 6 F 19.6 2.8 1.03850

13738 2 2 7 F 19.8 2.6 0.96106

13738 2 2 8 F 18.6 2.5 0.94356

13738 2 2 1 M 19.6 6.8 2.52207

13738 2 2 2 M 19.4 5.9 2.19576

13738 2 2 3 M 19.1 5.7 2.13238

13738 2 2 4 M 20.4 6.1 2.23247

13739 1 2 4 F 19.2 3.5 1.30708

13739 1 2 5 F 19.0 3.2 1.19922

13739 1 2 6 F 18.0 3.5 1.33550

13739 1 2 7 F 18.9 2.6 0.97608Females 14:50 Friday, September 3, 2010 22

litter group block pup sex pupwt agd agdindex

13739 1 2 8 F 18.6 3.2 1.20776

13739 1 2 1 M 19.7 6.2 2.29564

13739 1 2 2 M 18.3 6.9 2.61838

13739 1 2 3 M 20.4 7.0 2.56186

13740 2 2 4 F 20.7 2.8 1.01977

13740 2 2 5 F 19.8 3.2 1.18285

13740 2 2 6 F 19.6 3.1 1.14977

13740 2 2 7 F 20.5 2.8 1.02307

13740 2 2 8 F 18.3 2.4 0.91074

13740 2 2 1 M 21.9 7.0 2.50198

13740 2 2 2 M 20.7 7.6 2.76794

13740 2 2 3 M 19.8 7.2 2.66140

13741 1 2 4 F 19.1 3.1 1.15971

13741 1 2 5 F 18.7 3.0 1.13025

13741 1 2 6 F 19.1 2.8 1.04748

13741 1 2 7 F 16.8 2.8 1.09326

13741 1 2 8 F 18.4 3.2 1.21212

13741 1 2 1 M 18.0 6.0 2.28943

13741 1 2 2 M 19.3 6.1 2.27411

13741 1 2 3 M 19.5 6.4 2.37776

13742 4 2 5 F 17.0 3.0 1.16673

13742 4 2 6 F 16.9 3.0 1.16903

13742 4 2 7 F 17.0 2.9 1.12784

13742 4 2 8 F 16.9 2.8 1.09109

13742 4 2 1 M 16.9 6.7 2.61083

13742 4 2 2 M 18.1 6.5 2.47564

13742 4 2 3 M 17.7 6.6 2.53252

13742 4 2 4 M 18.7 7.3 2.75027

13743 1 2 5 F 19.0 3.1 1.16174

13743 1 2 6 F 18.9 3.2 1.20133

13743 1 2 7 F 18.5 3.3 1.24774

13743 1 2 8 F 18.7 3.1 1.16792

13743 1 2 1 M 19.8 6.5 2.40266

13743 1 2 2 M 20.5 6.6 2.41153

13743 1 2 3 M 20.4 6.7 2.45206

13743 1 2 4 M 20.2 7.5 2.7538713746 1 2 7 F 18.2 2.4 0.91240

13746 1 2 8 F 20.0 3.0 1.10521

13746 1 2 1 M 20.2 7.0 2.57028

13746 1 2 2 M 19.6 6.2 2.29953

13746 1 2 3 M 20.1 6.0 2.20675

13746 1 2 4 M 18.9 6.3 2.36512

13746 1 2 5 M 20.6 7.5 2.73593

13746 1 2 6 M 19.5 6.5 2.41491

13748 5 2 2 F 19.0 3.0 1.12427

13748 5 2 3 F 19.4 3.3 1.22814

13748 5 2 4 F 17.6 3.1 1.19177

13748 5 2 5 F 19.0 2.9 1.08679

13748 5 2 6 F 19.6 2.8 1.03850

13748 5 2 7 F 19.3 2.8 1.04385

13748 5 2 1 M 19.8 6.6 2.43962Females 14:50 Friday, September 3, 2010 23

litter group block pup sex pupwt agd agdindex

13749 2 2 3 F 20.6 3.1 1.13085

13749 2 2 4 F 21.0 2.8 1.01489

13749 2 2 5 F 17.9 3.2 1.22330

13749 2 2 6 F 22.0 2.9 1.03496

13749 2 2 7 F 18.2 2.7 1.02646

13749 2 2 8 F 19.3 2.8 1.04385

13749 2 2 1 M 20.0 6.2 2.28410

13749 2 2 2 M 20.6 6.4 2.33466

13974 4 4 2 F 20.9 4.2 1.52476

13974 4 4 3 F 17.9 2.8 1.07039

13974 4 4 4 F 19.0 3.0 1.12427

13974 4 4 5 F 18.8 3.6 1.35389

13974 4 4 1 M 20.2 6.8 2.49685

13975 2 4 5 F 19.1 3.1 1.15971

13975 2 4 6 F 19.3 3.0 1.11841

13975 2 4 7 F 20.7 3.0 1.09261

13975 2 4 1 M 21.0 6.8 2.46473

13975 2 4 2 M 20.6 6.5 2.37114

13975 2 4 3 M 19.4 7.0 2.60514

13975 2 4 4 M 19.6 6.2 2.29953

13976 6 4 5 F 20.6 2.6 0.94846

13976 6 4 6 F 19.9 3.0 1.10706

13976 6 4 7 F 18.2 3.5 1.33059

13976 6 4 8 F 19.7 3.1 1.14782

13976 6 4 1 M 21.4 7.5 2.70141

13976 6 4 2 M 21.4 6.0 2.16113

13976 6 4 3 M 21.5 6.5 2.33758

13976 6 4 4 M 20.7 6.7 2.44016

13977 6 4 4 F 18.0 2.7 1.03024

13977 6 4 5 F 18.6 2.3 0.86807

13977 6 4 6 F 19.7 2.7 0.99971

13977 6 4 7 F 18.7 2.7 1.01722

13977 6 4 8 F 18.7 2.8 1.05490

13977 6 4 1 M 19.4 6.4 2.38184

13977 6 4 2 M 14.1 5.5 2.27662

13977 6 4 3 M 15.8 5.7 2.2715513978 3 4 4 F 13.5 3.0 1.25992

13978 3 4 5 F 20.5 3.0 1.09615

13978 3 4 6 F 20.1 3.1 1.14015

13978 3 4 7 F 15.4 2.5 1.00485

13978 3 4 8 F 19.7 3.2 1.18484

13978 3 4 1 M 4.5 6.2 3.75538

13978 3 4 2 M 20.6 6.6 2.40762

13978 3 4 3 M 15.6 6.7 2.68143

13981 1 4 3 F 19.2 3.0 1.12035

13981 1 4 4 F 18.2 3.2 1.21654

13981 1 4 5 F 19.8 2.5 0.92410

13981 1 4 6 F 19.5 3.1 1.15173

13981 1 4 1 M 18.0 5.9 2.25127

13981 1 4 2 M 18.2 5.8 2.20498

13982 1 4 6 F 18.6 3.4 1.28324Females 14:50 Friday, September 3, 2010 24

litter group block pup sex pupwt agd agdindex

13982 1 4 7 F 21.1 2.8 1.01328

13982 1 4 8 F 21.2 3.0 1.08395

13982 1 4 1 M 20.8 6.0 2.18171

13982 1 4 2 M 21.0 6.4 2.31974

13982 1 4 3 M 21.2 7.2 2.60148

13982 1 4 4 M 21.9 6.5 2.32326

13982 1 4 5 M 20.1 6.5 2.39064

13983 3 4 2 F 18.3 3.0 1.13842

139 83 3 4 3 F 21.2 3.5 1.26461

13983 3 4 4 F 20.4 2.5 0.91495

13983 3 4 5 F 20.1 2.7 0.99304

13983 3 4 6 F 20.5 2.3 0.84038

13983 3 4 7 F 19.9 3.0 1.10706

13983 3 4 8 F 17.6 2.6 0.99955

13983 3 4 1 M 21.1 6.1 2.20751

13984 3 4 4 F 21.3 3.1 1.11833

13984 3 4 5 F 21.3 3.2 1.15440

13984 3 4 6 F 21.0 3.3 1.19612

13 984 3 4 7 F 15.6 2.8 1.12060

13984 3 4 8 F 20.9 3.0 1.08911

13984 3 4 1 M 20.9 7.5 2.72278

13984 3 4 2 M 21.3 6.8 2.45310

13984 3 4 3 M 22.1 6.3 2.24497

13985 2 4 3 F 17.1 3.1 1.20327

13985 2 4 4 F 19.6 3.0 1.11268

13985 2 4 5 F 16.0 2.8 1.11118

13985 2 4 6 F 19.5 3.4 1.26319

13985 2 4 7 F 19.9 3.2 1.18086

13985 2 4 8 F 17.5 3.1 1.19403

13985 2 4 1 M 19.2 7.0 2.61415

13985 2 4 2 M 17.7 7.3 2.80112

13987 2 4 3 F 17.3 2.8 1.08262

13987 2 4 4 F 18.1 3.5 1.33 304

13987 2 4 5 F 15.8 3.0 1.19555

13987 2 4 6 F 15.0 2.6 1.05425

13987 2 4 7 F 17.1 2.8 1.0868213987 2 4 8 F 17.5 3.5 1.34810

13987 2 4 1 M 18.6 7.6 2.86842

13987 2 4 2 M 16.7 7.3 2.85595

13988 2 4 3 F 18.5 2.7 1.02088

13988 2 4 4 F 19.0 3.0 1.12427

13988 2 4 5 F 19.0 3.0 1.12427

13988 2 4 6 F 18.1 3.1 1.18069

13988 2 4 7 F 18.7 3.1 1.16792

13988 2 4 8 F 17.8 3.2 1.22558

13988 2 4 1 M 19.6 8.0 2.96714

13988 2 4 2 M 18.7 8.0 3.01400

13989 6 4 5 F 18.5 2.5 0.94526

13989 6 4 6 F 18.4 2.7 1.02272

13989 6 4 7 F 19.4 2.7 1.00484

13989 6 4 8 F 18.1 2.5 0.95217Females 14:50 Friday, September 3, 2010 25

litter group block pup sex pupwt agd agdindex

13989 6 4 1 M 19.5 6.6 2.45207

13989 6 4 2 M 19.4 6.1 2.27019

13989 6 4 3 M 19.8 6.3 2.32873

13989 6 4 4 M 18.8 6.5 2.44452

13990 1 4 5 F 21.5 3.1 1.11485

13990 1 4 6 F 21.0 3.2 1.15987

13990 1 4 7 F 20.4 2.8 1.02474

13990 1 4 8 F 21.1 3.0 1.08566

13990 1 4 1 M 23.0 6.5 2.28562

13990 1 4 2 M 22.9 8.1 2.85237

13990 1 4 3 M 22.2 7.2 2.56182

13990 1 4 4 M 21.4 6.5 2.34122

13991 1 4 3 F 17.5 3.1 1.19403

13991 1 4 4 F 17.8 3.0 1.14899

13991 1 4 5 F 17.5 3.2 1.23255

13991 1 4 6 F 16.5 3.5 1.37480

13991 1 4 7 F 15.2 3.2 1.29182

13991 1 4 8 F 14.9 2.4 0.97532

13991 1 4 1 M 17.0 6.0 2.33347

13991 1 4 2 M 15.9 6.0 2.38608

13992 4 4 7 F 20.1 2.8 1.02982

13992 4 4 8 F 20.2 3.1 1.13827

13992 4 4 1 M 20.3 7.5 2.74935

13992 4 4 2 M 21.8 8.0 2.86377

13992 4 4 3 M 20.4 6.2 2.26907

13992 4 4 4 M 21.5 6.6 2.37355

13992 4 4 5 M 19.6 7.2 2.67043

13992 4 4 6 M 22.0 7.6 2.71231

13993 5 4 6 F 19.0 3.5 1.31165

13993 5 4 1 M 18.8 6.3 2.36931

13993 5 4 2 M 17.8 6.5 2.48947

13993 5 4 3 M 17.9 6.5 2.48482

13993 5 4 4 M 20.9 6.1 2.21453

13993 5 4 5 M 17.8 6.3 2.41287

13994 1 4 4 F 18.5 3.9 1.47460

13994 1 4 5 F 18.2 3.3 1.2545613994 1 4 6 F 18.5 3.7 1.39898

13994 1 4 7 F 19.3 3.2 1.19297

13994 1 4 8 F 19.7 4.1 1.51808

13994 1 4 1 M 18.8 6.9 2.59495

13994 1 4 2 M 17.8 6.2 2.37457

13994 1 4 3 M 19.0 6.5 2.43592

13995 5 4 4 F 16.4 3.0 1.18079

13995 5 4 5 F 17.2 3.0 1.16219

13995 5 4 6 F 15.2 2.9 1.17071

13995 5 4 7 F 15.7 2.7 1.07828

13995 5 4 1 M 17.5 6.5 2.50361

13995 5 4 2 M 17.7 5.5 2.11043

13995 5 4 3 M 17.7 6.5 2.49415

13996 4 4 6 F 19.0 2.9 1.08679

13996 4 4 7 F 18.8 3.0 1.12824Females 14:50 Friday, September 3, 2010 26

litter group block pup sex pupwt agd agdindex

13996 4 4 8 F 19.6 3.0 1.11268

13996 4 4 1 M 21.2 7.3 2.63761

13996 4 4 2 M 19.9 6.7 2.47243

13996 4 4 3 M 19.7 6.3 2.33266

13996 4 4 4 M 19.7 7.0 2.59185

13996 4 4 5 M 19.6 7.0 2.59625

13997 2 4 7 F 18.9 3.2 1.20133

13997 2 4 8 F 18.0 3.0 1.14471

13997 2 4 1 M 18.6 7.3 2.75519

13997 2 4 2 M 20.5 8.0 2.92307

13997 2 4 3 M 18.0 7.0 2.67100

13997 2 4 4 M 18.7 7.0 2.63725

13997 2 4 5 M 19.7 7.2 2.66590

13997 2 4 6 M 19.5 6.5 2.41491

13998 2 4 3 F 19.3 2.9 1.08113

13998 2 4 4 F 19.1 2.7 1.01007

13998 2 4 5 F 19.2 3.8 1.41911

13998 2 4 6 F 19.6 2.9 1.07559

13998 2 4 7 F 18.9 3.4 1.27641

13998 2 4 8 F 19.1 3.5 1.30935

13998 2 4 1 M 20.1 7.5 2.75843

13998 2 4 2 M 19.5 6.5 2.41491

13999 1 4 5 F 17.9 3.1 1.18507

13999 1 4 6 F 18.1 2.9 1.10452

13999 1 4 7 F 18.4 3.0 1.13636

13999 1 4 8 F 16.0 3.0 1.19055

13999 1 4 1 M 19.3 6.2 2.31139

13999 1 4 2 M 20.3 6.2 2.27279

13999 1 4 3 M 17.7 6.6 2.53252

13999 1 4 4 M 18.5 5.8 2.19299

14000 5 4 5 F 21.0 3.9 1.41359

14000 5 4 6 F 19.9 3.5 1.29157

14000 5 4 7 F 20.1 3.5 1.28727

14000 5 4 8 F 15.5 3.0 1.20322

14000 5 4 1 M 20.3 7.8 2.85932

14000 5 4 2 M 21.4 7.6 2.7374314000 5 4 3 M 21.6 7.5 2.69304

14000 5 4 4 M 20.9 7.5 2.72278

14001 3 4 6 F 19.3 3.0 1.11841

14001 3 4 7 F 18.7 3.0 1.13025

14001 3 4 8 F 17.9 3.1 1.18507

14001 3 4 1 M 20.7 6.6 2.40374

14001 3 4 2 M 19.6 7.0 2.59625

14001 3 4 3 M 19.8 6.8 2.51355

14001 3 4 4 M 19.7 6.5 2.40671

14001 3 4 5 M 20.0 7.0 2.57882

14002 6 4 4 F 21.0 3.1 1.12363

14002 6 4 5 F 20.5 3.7 1.35192

14002 6 4 6 F 20.4 3.2 1.17113

14002 6 4 7 F 20.7 3.1 1.12903

140 02 6 4 8 F 21.2 3.0 1.08395Females 14:50 Friday, September 3, 2010 27

litter group block pup sex pupwt agd agdindex

14002 6 4 1 M 19.5 6.2 2.30346

14002 6 4 2 M 21.3 6.1 2.20058

14002 6 4 3 M 20.3 6.5 2.38277

14003 4 4 4 F 19.4 3.2 1.19092

14003 4 4 5 F 18.9 3.4 1.27641

14003 4 4 6 F 18.6 3.5 1.32098

14003 4 4 7 F 18.3 2.9 1.10048

14003 4 4 1 M 20.2 8.0 2.93747

14003 4 4 2 M 19.2 7.6 2.83822

14003 4 4 3 M 20.8 7.7 2.799 86

14004 6 4 3 F 16.6 2.7 1.05843

14004 6 4 4 F 18.4 3.0 1.13636

14004 6 4 5 F 17.6 3.1 1.19177

14004 6 4 6 F 17.0 3.1 1.20562

14004 6 4 7 F 15.6 2.5 1.00053

14004 6 4 8 F 18.9 2.8 1.05116

14004 6 4 1 M 18.8 6.6 2.48213

14004 6 4 2 M 18.9 6.6 2.47775

14005 3 4 3 F 19.6 3.0 1.11268

14005 3 4 4 F 20.8 3.3 1.19994

14005 3 4 5 F 19.9 2.5 0.92255

14005 3 4 6 F 18.7 3.7 1.39397

14005 3 4 7 F 19.3 3.5 1.30482

14005 3 4 8 F 19.3 3.5 1.30482

14005 3 4 1 M 20.7 6.8 2.47658

14005 3 4 2 M 20.6 7.2 2.62650

14006 5 4 5 F 11.4 3.6 1.59956

14006 5 4 6 F 14.7 3.0 1.22466

14006 5 4 1 M 16.3 6.2 2.44528

14006 5 4 2 M 19.3 6.5 2.42323

14006 5 4 3 M 17.0 5.5 2.13901

14006 5 4 4 M 16.3 5.7 2.24808

14007 3 4 6 F 22.0 3.5 1.24909

14007 3 4 7 F 19.5 3.8 1.41180

14007 3 4 8 F 19.6 3.3 1.22395

14007 3 4 1 M 21.0 7.7 2.7909414007 3 4 2 M 18.9 8.1 3.04087

14007 3 4 3 M 22.4 7.1 2.51870

14007 3 4 4 M 18.5 6.8 2.57110

14007 3 4 5 M 21.1 8.1 2.93128

14008 4 4 4 F 20.2 2.9 1.06483

14008 4 4 5 F 19.3 3.5 1.30482

14008 4 4 6 F 18.9 3.1 1.16379

14008 4 4 1 M 20.4 6.5 2.37887

14008 4 4 2 M 21.0 7.5 2.71845

14008 4 4 3 M 19.9 6.5 2.39862

14009 5 4 4 F 11.6 2.7 1.19274

14009 5 4 5 F 14.3 2.7 1.11238

14009 5 4 6 F 12.9 3.0 1.27916

14009 5 4 7 F 12.1 2.8 1.21963

14009 5 4 8 F 14.7 3.5 1.42877Females 14:50 Friday, September 3, 2010 28

litter group block pup sex pupwt agd agdindex

14009 5 4 1 M 12.6 5.5 2.36359

14009 5 4 2 M 15.3 5.7 2.29603

14009 5 4 3 M 12.0 5.2 2.27131Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 1

PND 21 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

p ostcull 7.8 0.2 12 8.0 0.0 12 8.0 0.0 12 7.8 0.3 12 7.6 0.3 12 8.0 0.0 5

live21 7.8 0.2 12 7.8 0.2 12 8.0 0.0 12 7.7 0.3 12 7.2 0.7 12 8.0 0.0 5

loss4_21 1.0 1.0 12 2.1 2.1 12 0.0 0.0 12 1.0 1.0 12 8.3 8.3 12 0.0 0.0 5

pup21wt 62.9 1.7 12 64.1 1.1 12 63.4 1.8 12 61.9 1.7 12 59.0 1.0 11 65.5 2.2 5

pup21wtm 64.0 2.0 11 65.7 1.2 12 64.8 1.8 12 63.2 1.6 12 60.2 1.0 11 67.0 1.9 5

pup21wtf 61.8 1.6 12 62.9 1.0 12 61.7 2.2 12 60.9 1.7 12 58.0 1.2 11 64.0 2.4 5Study 09B & 10B: NEF Gestationa l Atrazine 17:22 Wednesday, September 22, 2010 2

PND 21 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

Data for Analysis of live21 tloss21

Number of Observations Read 65

Number of Observations Used 65

Data for Analysis of pup21wt pup21wtf

Number of Observations Read 65

Number of Observations Used 64

Data for Analysis of pup21wtm

Number of Observations Read 65

Number of Observations Used 63

NOTE : Variables in each group are consistent with respect to the presence or absence of missing values.Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 3

PND 21 Data

The GLM Procedure

Dependent Variable: live21

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 5.21282051 0.86880342 0.68 0.6672

Error 58 74.23333333 1.27988506

Corrected Total 64 79.44615385

R- Square Coeff Var Root MSE live21 Mean

0.065615 14.67781 1.131320 7.707692

Source DF Type I SS Mean Square F Value Pr > F

group 5 5.19615385 1.03923077 0.81 0.5460

block 1 0.01666667 0.01666667 0.01 0.9095

Source DF Type III SS Mean Square F Value Pr > F

group 5 5.20952381 1.04190476 0.81 0.5445

block 1 0.01666667 0.01666667 0.01 0.9095Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 4

PND 21 Data

The GLM Procedure

Dependent Variable: tloss21

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.12988638 0.0216 4773 0.46 0.8375

Error 58 2.75074714 0.04742667

Corrected Total 64 2.88063352

R- Square Coeff Var Root MSE tloss21 Mean

0.045090 502.4790 0.217777 0.043340

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.12813177 0.02562635 0.54 0.7449

block 1 0.00175461 0.00175461 0.04 0.8481

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.12535402 0.02507080 0.53 0.7537

block 1 0.00175461 0.00175461 0.04 0.8481Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 5

PND 21 Data

The GLM Procedure

Least Squares Means

live21 Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 7.74871795 0.32677716 <.0001 1

2 7.83205128 0.32677716 <.0001 2

3 7.99871795 0.32677716 <.0001 3

4 7.66538462 0.32677716 <.0001 4

5 7.16538462 0.32677716 <.0001 5

6 8.01538462 0.52359612 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: live21

i/j 1 2 3 4 5 6

1 0.8574 0.5904 0.8574 0.2116 0.6685

2 0.8574 0.7195 0.7195 0.1543 0.7684

3 0.5904 0.7195 0.4734 0.0764 0.9786

4 0.8574 0.7195 0.4734 0.2835 0.5744

5 0.2116 0.1543 0.0764 0.2835 0.1754

6 0.6685 0.7684 0.9786 0.5744 0.1754

tloss21 Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 0.02969795 0.06290390 0.6386 1

2 0.04321725 0.0 6290390 0.4948 2

3 -0.00041598 0.06290390 0.9947 3

4 0.02969795 0.06290390 0.6386 4

5 0.13048372 0.06290390 0.0425 56 0.00499174 0.10079112 0.9607 6Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 6

PND 21 Data

The GLM Procedure

Leas t Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tloss21

i/j 1 2 3 4 5 6

1 0.8797 0.7360 1.0000 0.2616 0.8366

2 0.8797 0.6254 0.8797 0.3304 0.7498

3 0.7360 0.6254 0.7360 0.1463 0.9640

4 1.0000 0.8797 0.7360 0.2616 0.8366

5 0.2616 0.3304 0.1463 0.2616 0.2971

6 0.8366 0.7498 0.9640 0.8366 0.2971

NOTE: To ensure overall protec tion level, only probabilities associated with pre-planned comparisons should be used.Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 7

PND 21 Data

The GLM Procedure

Dependent Variable: pup21wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Mode l 6 433.114275 72.185712 3.09 0.0108

Error 57 1329.857415 23.330832

Corrected Total 63 1762.971690

R- Square Coeff Var Root M SE pup21wt Mean

0.2456 73 7.720438 4.830200 62.56381

Source DF Type I SS Mean Square F Value Pr > F

group 5 225.3939279 45.0787856 1.93 0.1031

block 1 207.7203468 207.720 3468 8.90 0.0042

Source DF Type III SS Mean Square F Value Pr > F

group 5 200.3645775 40.0729155 1.72 0.1453

block 1 207.7203468 207.7203468 8.90 0.0042Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 8

PND 21 Data

The GLM Procedure

Dependent Variable: pup21wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 341.932760 56.988793 1.99 0.0825

Error 57 1634.807086 28.680826

Corrected Total 63 1976.739846

R- Square Coeff Var Root MSE pup21wtf Mean

0.172978 8.728396 5.355448 61.35661

Source DF Type I SS Mean Square F Value Pr > F

group 5 192.3771822 38.4754364 1.34 0.2601

block 1 149.5555778 149.5555778 5.21 0.0261

Source DF Type III SS Mean Square F Value Pr > F

group 5 172.5461923 34.50923 85 1.20 0.3194

block 1 149.5555778 149.5555778 5.21 0.0261Study 09B & 10B: NEF Gestationa l Atrazine 17:22 Wednesday, September 22, 2010 9

PND 21 Data

The GLM Procedure

Least Squares Means

pup21wt Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 63.1004481 1.3956 063 <.0001 1

2 64.3038211 1.3956063 <.0001 2

3 63.5656267 1.3956063 <.0001 3

4 62.0411029 1.3956063 <.0001 4

5 59.0179970 1.4563612 <.0001 5

6 63.7507476 2.2341523 <.0001 6

Least Squares Means for effect g roup

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup21wt

i/j 1 2 3 4 5 6

1 0.5441 0.8144 0.5932 0.0477 0.8068

2 0.5441 0.7095 0.2560 0.0112 0.8352

3 0.8144 0.7095 0.4426 0.0280 0.9445

4 0.5932 0.2560 0.4426 0.1395 0.5209

5 0.0477 0.0112 0.0280 0.1395 0.0813

6 0.8068 0.8352 0.9445 0.5209 0.0813

pup21wtf Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 61.9629675 1.5473681 <.0001 1

2 63.0568762 1.5473681 <.0001 2

3 61.8966183 1.5473 681 <.0001 3

4 61.0709040 1.5473681 <.0001 4

5 58.0252841 1.6147296 <.0001 56 62.5393633 2.4770997 <.0001 6Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 10

PND 21 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup21wtf

i/j 1 2 3 4 5 6

1 0.6188 0.9759 0.6848 0.0836 0.8450

2 0.6188 0.5977 0.3675 0.0283 0.8607

3 0.9759 0.5977 0.7071 0.0889 0.8274

4 0.6848 0.3675 0.7071 0.1786 0.6187

5 0.0836 0.0283 0.0889 0.1786 0.1324

6 0.8450 0.8607 0.8274 0.6187 0.1324

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 11

PND 21 Data

The GLM Procedure

Dependent Variable: pup21wtm

Sum of

Source DF Squares Mean Sq uare F Value Pr > F

Model 6 515.711427 85.951904 3.73 0.0034

Error 56 1289.507633 23.026922

Corrected Total 62 1805.219060

R- Square Coeff Var Root MSE pup21wtm Mean

0.285678 7.506755 4.79 8638 63.92426

Source DF Type I SS Mean Square F Value Pr > F

group 5 251.2151305 50.2430261 2.18 0.0690

block 1 264.4962965 264.4962965 11.49 0.0013

Source DF Type III SS Mean Square F Value Pr > F

group 5 223.1798250 44.6359650 1.94 0.1024

block 1 264.4962965 264.4962965 11.49 0.0013Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednes day, September 22, 2010 12

PND 21 Data

The GLM Procedure

Least Squares Means

pup21wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 64.3790371 1.4508286 <.0001 1

2 65.9193323 1.3861525 <.0001 2

3 64.9668323 1.3861525 <.0001 3

4 63.3955823 1.3861525 <.0001 4

5 60.2248547 1.4468620 <.0001 5

6 65.0409124 2.2232725 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup21wtm

i/j 1 2 3 4 5 6

1 0.4453 0.7704 0.6255 0.0474 0.8057

2 0.4453 0.6287 0.2030 0.0062 0.7397

3 0.7704 0.6287 0.4259 0.0214 0.9776

4 0.6255 0.2030 0.4259 0.1192 0.5343

5 0.0474 0.0062 0.0214 0.1192 0.0746

6 0.8057 0.7397 0.9776 0.5343 0.0746

NOTE: To ensure overall protection level, only probabiliti es associated with pre-planned comparisons should be used.Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 13

PND 21 Data

litter group postcull live21 m21 f21 loss4_21 pup21wt pup21wtm pup21wtf

13478 3 8 8 4 4 0.0 65.4250 66.0750 64.7750

13479 4 8 8 2 6 0.0 57.8375 60.8000 56.8500

13480 3 8 8 6 2 0.0 53.0500 55.4833 45.7500

13481 1 8 8 4 4 0 .0 64.4500 63.6750 65.2250

13482 5 8 8 3 5 0.0 57.9750 60.8333 56.2600

13483 4 8 8 5 3 0.0 59.5000 59.5000 59.5000

13484 1 8 8 6 2 0.0 69.8750 69.8333 70.0000

134 85 3 8 8 2 6 0.0 67.3000 69.2000 66.6667

13486 1 8 8 4 4 0.0 57.9750 59.5750 56.3750

13487 5 8 8 4 4 0.0 64.4250 64.8250 64.0250

13488 5 7 7 4 3 0.0 54.8571 52.9500 57.4000

13489 4 8 8 4 4 0.0 61.7500 64.2000 59.3000

13490 1 8 8 5 3 0.0 50.0500 49.4400 51.0667

13491 2 8 8 2 6 0.0 62.1750 63.5500 61.7167

13492 1 8 8 2 6 0.0 65.1875 68.3000 64.1500

13493 2 8 8 4 4 0.0 58.1375 59.5500 56.7250

13494 4 8 8 2 6 0.0 55.8250 54.5000 56.2667

13495 5 5 0 0 0 100.0 . . .

13496 5 8 8 4 4 0.0 52.4000 56.6500 48.1500

13497 3 8 8 3 5 0.0 67.4750 66.4667 68.0800

13498 4 8 8 2 6 0.0 59.7000 61.2000 59.2000

13499 1 8 8 4 4 0.0 62.6250 63.9250 61.3250

13500 3 8 8 4 4 0.0 65.6750 66.0750 65.2750

13501 5 8 8 2 6 0.0 58.1125 59.9500 57.5000

13502 2 8 8 4 4 0.0 62.7000 62.2250 63.1750

13503 3 8 8 3 5 0.0 49.9000 50.5000 49.5400

1 3504 4 8 8 3 5 0.0 57.7125 59.2000 56.8200

13505 2 8 8 3 5 0.0 63.3000 65.9333 61.7200

13506 2 8 8 4 4 0.0 61.4875 62.6500 60.3250

13507 2 8 8 4 4 0.0 66.7125 69.0750 64.3500

13938 3 8 8 3 5 0.0 73.0125 74.1000 72.3600

13939 1 8 8 0 8 0 .0 67.1714 . 67.1714

13940 2 8 8 3 5 0.0 67.7625 68.5000 67.3200

13941 1 8 7 4 3 12.5 68.0714 68.6250 67.3333

13942 5 8 8 5 3 0.0 59.1500 59.0600 59.3000139 43 5 8 8 5 3 0.0 63.3125 65.2600 60.0667

13944 5 8 8 4 4 0.0 58.0500 60.6000 55.5000

13945 3 8 8 5 3 0.0 65.0250 66.1600 63.1333

13946 2 8 8 2 6 0.0 59.5125 61.6500 58.8000

13947 2 8 8 2 6 0.0 63.2750 65.9500 62.3833

13948 3 8 8 5 3 0.0 64.6375 65.5000 63.2000

13949 6 8 8 5 3 0.0 63.6750 65.5000 60.6333

13950 1 8 8 5 3 0.0 64.1750 65.9200 61.2667

13951 6 8 8 2 6 0.0 62.2625 64.7500 61.4333

13952 2 8 8 5 3 0.0 70.7375 71.7200 69.1000

13953 5 7 7 4 3 0.0 60.1571 59.8500 60.5667

13954 6 8 8 4 4 0.0 64.2750 66.0250 62.5250

13955 4 8 8 3 5 0.0 66.9250 68.2667 66.1200

13956 4 8 8 5 3 0.0 63.5500 65.5600 60.2000

13958 3 8 8 1 7 0.0 62.1625 66.6000 61.5286Study 09B & 10B: NEF Gestational Atrazine 17:22 Wednesday, September 22, 2010 14

PND 21 Data

litter group postcull live21 m21 f21 loss4_21 pup21wt pup21wtm pup21wtf

13959 3 8 8 5 3 0.0 63.0375 65.9800 58.1333

13960 6 8 8 4 4 0.0 62.9000 64.1000 61.7000

13961 6 8 8 4 4 0.0 74.1500 74.6750 73.6250

13962 4 8 7 3 4 12.5 65.2857 66.3667 64.4750

13963 1 6 6 2 4 0. 0 64.2500 71.0500 60.8500

13964 2 8 6 3 3 25.0 64.2333 66.2667 62.2000

13965 5 8 8 3 5 0.0 59.0125 61.4000 57.5800

13966 3 8 8 4 4 0.0 63.9750 65.4250 62.5250

139 67 4 8 8 2 6 0.0 53.7375 57.1500 52.6000

13968 5 8 8 3 5 0.0 61.6875 61.3667 61.8800

13969 4 8 8 3 5 0.0 65.8375 67.4667 64.8600

13970 1 8 8 5 3 0.0 65.9125 67.7600 62.8333

13971 4 5 5 2 3 0.0 74.7200 74.5000 74.8667

13972 1 8 8 5 3 0.0 55.3500 56.0600 54.1667

13973 2 8 8 4 4 0.0 69.5000 71.9250 67.0750Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 1

PND 22 Data

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

p ostcull 7.8 0.2 12 7.9 0.1 12 7.3 0.7 12 6.8 0.7 12 5.2 0.9 12 8.0 0.0 5

live22 7.8 0.2 12 7.8 0.1 12 7.3 0.7 12 6.7 0.7 12 5.0 0.9 12 8.0 0.0 5

loss4_22 1.0 1.0 12 1.0 1.0 12 1.1 1.1 11 2.3 1.5 11 3.7 2.4 9 0.0 0.0 5

pup22wt 69.6 1.5 12 68.2 0.7 12 70.7 1.4 11 69.4 1.3 11 65.9 2.6 9 70.6 2.2 5

pup22wtm 70.9 1.7 12 69.9 1.0 12 73.3 1.3 11 71.2 1.5 11 68.3 2.6 9 71.0 2.9 5

pup22wtf 68.4 1.3 12 66.9 0.6 12 69.2 1.4 11 67.5 1.1 11 63.4 2.6 9 70.2 1.9 5Study 10A & 10C: NEF Gestationa l Atrazine 18:52 Saturday, July 10, 2010 2

PND 22 Data

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

Data for Analysis of live22

Number of Observations Read 65

Number of Observations Used 65

Data for Analysis of pup22wt

pup22wtm pup22wtf tloss22

Number of Observations Read 65

Number of Observations Used 60

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 3

PND 22 Data

The GLM Procedure

Dependent Variable: live22

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 70.7512821 11.7918803 2.92 0.0148

Error 58 234.2333333 4.0385057

Corrected Total 64 304.9846154

R- Square Coeff Var Root MSE live22 Mean

0.231983 28.77185 2.009603 6.984615

Source DF Type I SS Mean Square F Value Pr > F

group 5 70.15128205 14.03025641 3.47 0.0082

block 1 0.60000000 0.60000000 0.15 0.7013

Source DF Type III SS Mean Squa re F Value Pr > F

group 5 68.85238095 13.77047619 3.41 0.0091

block 1 0.60000000 0.60000000 0.15 0.7013Stu dy 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 4

PND 22 Data

The GLM Procedure

Least Squares Means

live22 Standard LSMEAN

group LSMEAN Er ror Pr > |t| Number

1 7.75769231 0.58046569 <.0001 1

2 7.84102564 0.58046569 <.0001 2

3 7.25769231 0.58046569 <.0001 3

4 6.67435897 0.58046569 <.0001 4

5 5.00769231 0.58046569 <.0001 5

6 7.90769231 0.93008210 <.0001 6

Leas t Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: live22

i/j 1 2 3 4 5 6

1 0.9194 0.5446 0.1919 0.0014 0.8921

2 0.9194 0.4799 0.1604 0.0010 0.9519

3 0.5446 0.4799 0.4799 0.0081 0.5571

4 0.1919 0.1604 0.4799 0.0468 0.2671

5 0.0014 0.0010 0.0081 0.0468 0.0108

6 0.8921 0.9519 0.5571 0.2671 0.0108

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 5

PND 22 Data

The GLM Procedure

Dependent Variable: pup22wt

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 243.604872 40.60 0812 1.74 0.1292

Error 53 1234.763550 23.297425

Corrected Total 59 1478.368422

R- Square Coeff Var Root MSE pup22wt Mean

0.164780 6.994268 4.826741 69.00995

Source DF Type I SS Mean Square F Value Pr > F

group 5 145.0764437 29.0152887 1.25 0.3013

block 1 98.5284284 98.5284284 4.23 0.0447

Source DF Type III SS Mean Square F Value Pr > F

group 5 137.1020937 27.4204187 1.18 0.3328

block 1 98.5284284 98.5284284 4.23 0.0447Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 6

PND 22 Data

The GLM Procedure

Dependent Variable: pup22wtm

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 216.806180 36.134363 1.25 0.2943

Error 53 1526.954696 28.810466

Corrected Total 59 1743.760876

R- Square Coeff Var Root MSE pup22wtm Mean

0.12 4333 7.579288 5.367538 70.81850

Source DF Type I SS Mean Square F Value Pr > F

group 5 133.8736576 26.7747315 0.93 0.4695

block 1 82.9325227 82.9325227 2.88 0.0956

Source DF Type III SS Mean Square F Value Pr > F

group 5 139.7550321 27.9510064 0.97 0.4445

block 1 82.9325227 82.9325227 2.88 0.0956Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 7

PND 22 Data

The GLM Procedure

Dependent Variable: pup22wtf

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 316.513279 52.752213 2.46 0.0357

Error 53 1135.974698 21.433485

Corrected Total 59 1452.487976

R- Square Coeff Var Root MSE pup22wtf Mean

0.217911 6.862046 4.629631 67.46721

Source DF Type I SS Mean Square F Value Pr > F

group 5 233.6039933 46.7207987 2.18 0.0702

block 1 82.9092855 82.9092855 3.87 0.0545

Source DF Type III SS Mean Square F Value Pr > F

group 5 212.3324151 42.466 4830 1.98 0.0965

block 1 82.9092855 82.9092855 3.87 0.0545Study 10A & 10C: NEF Gestatio nal Atrazine 18:52 Saturday, July 10, 2010 8

PND 22 Data

The GLM Procedure

Dependent Variable: tloss22

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 0.17696070 0.02949345 2.19 0.0580

Error 53 0.71281192 0.01344928

Corrected Total 59 0.88977263

R- Square Coeff Var Root MSE tloss22 Mean

0.198883 262.7838 0.115971 0.044132

Source DF Type I SS Mean Square F Value Pr > F

group 5 0.04286472 0.00857294 0.64 0.6721

block 1 0.13409598 0.13409598 9.97 0.0026

Source DF Type III SS Mean Square F Value Pr > F

group 5 0.03413595 0.00682719 0.51 0.7692

block 1 0.13409598 0.13409598 9.97 0.0026Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 9

PND 22 Data

The GLM Procedure

Least Squares Means

pup22wt Standard LSMEAN

grou p LSMEAN Error Pr > |t| Number

1 69.7524560 1.3948873 <.0001 1

2 68.3188746 1.3948873 <.0001 2

3 70.6751872 1.4553292 <.0001 3

4 69.6772103 1.4606398 <.0001 4

5 65.8726151 1.6089299 <.0001 5

6 69.4021818 2.2370 583 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup22wt

i/j 1 2 3 4 5 6

1 0.4701 0.6490 0.9704 0.0741 0.8954

2 0.4701 0.2476 0.5033 0.2558 0.6844

3 0.6490 0.2476 0.6303 0.0312 0.6355

4 0.9704 0.5033 0.6303 0.0858 0.9192

5 0.0741 0.2558 0.0312 0.0858 0.2056

6 0.8954 0.6844 0.6355 0.9192 0.2056

pup22wtm Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 71.0453457 1.5511733 <.0001 1

2 70.0390957 1.5511733 <.0001 2

3 73.2989203 1.6183871 <.0001 3

4 71.4227811 1.6242928 <.0001 4

5 68.3257641 1.7891976 <.0001 56 69.8452225 2.4877027 <.0001 6Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 10

PND 22 Data

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMea n(j)

Dependent Variable: pup22wtm

i/j 1 2 3 4 5 6

1 0.6480 0.3193 0.8669 0.2560 0.6856

2 0.6480 0.1518 0.5397 0.4726 0.9478

3 0.3193 0.1518 0.4168 0.0442 0.2500

4 0.8669 0.5397 0.4168 0.2056 0.6013

5 0.2560 0.4726 0.0442 0.2056 0.6218

6 0.6856 0.9478 0.2500 0.6013 0.6218

pup22wtf Standard LSMEAN

group LSMEAN Error Pr > |t| Number

1 68.4786617 1.3379244 <.0001 1

2 66.9910228 1.3379244 <.0001 2

3 69.1841568 1.3958979 <.0001 3

4 67.7692633 1.4009 917 <.0001 4

5 63.3724326 1.5432261 <.0001 5

6 69.1113777 2.1457036 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: pup22wtf

i/j 1 2 3 4 5 6

1 0.4347 0.7166 0.7151 0.0156 0.80442 0.4347 0.2617 0.6889 0.0822 0.4081

3 0.7166 0.2617 0.4774 0.0073 0.9774

4 0.7151 0.6889 0.4774 0.0397 0.6063

5 0.0156 0.0822 0.0073 0.0397 0.0343

6 0.8044 0.4081 0.9774 0.6063 0.0343

tloss22 Standard LSMEAN

grou p LSMEAN Error Pr > |t| Number

1 0.02516300 0.03351465 0.4561 1

2 0.02516300 0.03351465 0.4561 2

3 0.03240147 0.03496687 0.3583 3

4 0.05625135 0.03509447 0.1149 4

5 0.09400218 0.03865741 0.0184 5Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 11

PND 22 Data

The GLM Procedure

Least Squares Means

tloss22 Standard LSMEAN

group LSMEAN Error Pr > |t| Number

6 0.04455830 0.05374931 0.4108 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: tloss22

i/j 1 2 3 4 5 6

1 1.0000 0.8818 0.5237 0.1842 0.7619

2 1.0000 0.8818 0.5237 0.1842 0.7619

3 0.8818 0.8818 0.6321 0.2426 0.8504

4 0.5237 0.5237 0.6321 0.4729 0.8576

5 0.1842 0.1842 0.2426 0.4729 0.4582

6 0.7619 0.7619 0.8504 0.8576 0.4582

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 12

PND 22 Data

litter group postcull live22 m22 f22 loss4_22 pup22wt pup22wtm pup22wtf

13720 4 8 8 3 5 0.0000 67.0375 69.5333 65.5400

13721 5 8 8 6 2 0.0000 67.9250 68.9500 64.8500

13722 5 6 5 4 1 16.6667 71.4200 70.9500 73.3000

13723 3 8 8 2 6 0 .0000 71.5750 73.4000 70.9667

13724 4 8 7 2 5 12.5000 69.9429 71.5000 69.3200

13725 5 6 5 2 3 16.6667 55.1600 56.5000 54.2667

13726 3 8 8 4 4 0.0000 71.2625 73.8500 68.6750

1 3727 1 8 8 3 5 0.0000 74.1250 75.8000 73.1200

13728 2 8 8 3 5 0.0000 66.9125 71.1333 64.3800

13729 2 8 8 4 4 0.0000 70.0875 72.3000 67.8750

13730 3 8 8 2 6 0.0000 60.0500 64.1000 58.7000

13731 4 8 8 5 3 0.0000 67.3625 68.3000 65.8000

13732 3 8 8 4 4 0.0 000 66.6125 67.6250 65.6000

13733 2 8 7 4 3 12.5000 70.8429 73.4500 67.3667

13734 3 8 7 2 5 12.5000 66.9429 71.3000 65.2000

13735 4 8 7 4 3 12.5000 72.1286 74.8000 68.5667

137 36 4 8 8 5 3 0.0000 68.0125 69.2400 65.9667

13737 1 8 8 5 3 0.0000 67.5750 69.4000 64.5333

13738 2 8 8 4 4 0.0000 64.2500 64.6000 63.9000

13739 1 8 8 3 5 0.0000 65.4000 67.0000 64.4400

13740 2 8 8 3 5 0.0000 69.9750 73.5000 67.8600

13741 1 8 7 2 5 12.500 0 68.0857 71.8500 66.5800

13742 4 8 8 4 4 0.0000 62.7500 64.6250 60.8750

13743 1 8 8 4 4 0.0000 68.0250 69.8000 66.2500

13744 5 0 0 . . . . . .

13745 5 0 0 . . . . . .

13746 1 8 8 6 2 0.0000 67.4125 67.7667 66.3500

13747 3 0 0 . . . . . .

13748 5 7 7 1 6 0.0000 66.1143 71.1000 65.2833

13749 2 8 8 2 6 0.0000 66.5125 65.9000 66.7167

13974 4 5 5 1 4 0.0000 72.5400 76.5000 71.5500

13975 2 7 7 4 3 0 .0000 71.4857 73.2250 69.1667

13976 6 8 8 4 4 0.0000 74.9000 78.2250 71.5750

13977 6 8 8 3 5 0.0000 63.3375 60.9333 64.7800

13978 3 8 8 3 5 0.0000 74.8250 75.7000 74.30001 3979 4 0 0 . . . . . .

13981 1 6 6 2 4 0.0000 66.8333 65.3500 67.5750

13982 1 8 8 5 3 0.0000 79.0125 79.6000 78.0333

13983 3 8 8 1 7 0.0000 73.2375 78.3000 72.5143

13984 3 8 8 3 5 0.0000 76.1375 78.9000 74.4800

13985 2 8 8 2 6 0.0 000 71.4625 73.6500 70.7333

13986 5 0 0 . . . . . .

13987 2 8 8 2 6 0.0000 64.1000 67.4000 63.0000

13988 2 8 8 2 6 0.0000 67.4250 68.4500 67.0833

139 89 6 8 8 4 4 0.0000 72.7500 72.9250 72.5750

13990 1 8 8 4 4 0.0000 78.5250 82.0750 74.9750

13991 1 8 8 2 6 0.0000 63.3875 64.8500 62.9000

13992 4 8 8 6 2 0.0000 75.5125 76.8333 71.5500

13993 5 6 6 5 1 0.0000 71.2333 71.7800 68.5000

13994 1 8 8 3 5 0.000 0 66.2750 63.8000 67.7600Study 10A & 10C: NEF Gestational Atrazine 18:52 Saturday, July 10, 2010 13

PND 22 Data

litter group postcull live22 m22 f22 loss4_22 pup22wt pup22wtm pup22wtf

13995 5 7 7 3 4 0 63.0143 68.4333 58.9500

13996 4 8 8 5 3 0 75.9375 77.5000 73.3333

13997 2 8 8 6 2 0 67.0500 67.3333 66.2000

13998 2 8 8 2 6 0 68.1125 68.0500 68.1333

13999 1 8 8 4 4 0 70.7625 73.7750 67.7500

14000 5 8 8 4 4 0 77.5750 80.6250 74.5250

14001 3 8 8 5 3 0 72.4375 74.4200 69.1333

14002 6 8 8 3 5 0 74.5000 73.3333 75.2000

1 4003 4 7 7 3 4 0 63.2571 62.4333 63.8750

14004 6 8 8 2 6 0 67.5625 69.3500 66.9667

14005 3 8 8 2 6 0 73.3625 76.6500 72.2667

14006 5 6 6 4 2 0 67.1333 71.4500 58.5000

14007 3 8 8 5 3 0 70.8500 71.9200 69.0667

14008 4 6 6 3 3 0 69.1500 71.8000 66.5000

14009 5 8 8 3 5 0 53.4125 55.2667 52.300009B & 10B: Gestational Atrazine (s.i.d.) - F1 Body Weights 12:06 Monday, July 12, 2010 1

Males

gr oup

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

bw28 112.8 2.1 11 114.7 1.7 12 111.7 2.8 11 110.7 2.4 12 105.4 1.7 11 113.3 3.1 5

bw35 179.5 3.3 11 181.2 2.3 12 175.6 4.1 11 174.8 2.7 12 166.6 2.4 11 175.7 6.0 5

bw38 206.4 3.4 11 208.6 2.7 12 199.1 4.2 11 201.7 3.1 12 192.1 2.7 11 202.8 6.7 5

bw39 216.2 3.5 11 219.6 2.8 12 211.0 4.3 11 211.6 2.8 12 201.9 2.9 11 212.1 7.2 5

bw40 227.5 3.8 11 230.7 3.1 12 220.8 4.4 11 222.1 3.1 12 211.2 3.2 11 221.7 8.3 5

bw41 237.8 4.4 11 240.4 3.1 12 229.0 4.3 11 231.9 2.9 12 221.2 2.9 11 232.2 8.2 5

bw42 245.0 4.0 11 247.5 3.3 12 236.9 4.4 11 239.2 3.1 12 228.3 3.1 11 238.0 8.8 5

bw43 254.6 4.0 11 257.6 3.7 12 244.8 4.9 11 248.6 3.4 12 237.2 3.4 11 249.2 8.8 5

bw46 281.0 3.9 11 286.3 4.2 12 272.2 4.9 11 276.3 3.1 12 264.0 3.6 11 273.6 10.7 5

bw 47 294.4 4.7 11 297.8 4.2 12 283.9 5.2 11 286.9 3.0 12 273.9 3.6 11 284.3 11.6 5

bw48 305.7 4.8 11 307.5 4.2 12 293.7 5.6 11 297.6 3.2 12 279.4 6.2 11 288.3 8.8 5

bw49 314.6 4.0 11 316.6 4.2 12 302.7 5.4 11 305.1 2.6 12 293.2 3.8 11 300.9 12.6 5

bw50 322.7 4.8 11 320.9 3.8 12 308.1 6.3 11 3 13.8 3.2 12 297.2 3.6 11 423.6 117 5

bw56 362.2 7.3 6 380.5 6.7 6 365.9 6.6 5 374.3 4.0 6 352.7 7.1 6 359.4 15.9 509B & 10B: Gestational Atrazine (s.i.d.) - F1 Body Weights 12:06 Monday, July 12, 2010 2

Females

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

bw28 101.1 2.7 12 104.0 1.5 12 101.1 3.1 12 99.8 2.0 12 97.8 1.9 11 101.6 3.6 5

bw29 107.8 2.7 12 111.1 1.7 12 107.2 3.0 12 106.6 2.0 12 104.1 2.1 11 108.2 3.6 5

bw30 115.0 2.8 12 117.9 1.7 12 114.4 3.3 12 112.9 2.1 12 110.3 2.1 11 113.9 3.6 5

bw31 121.4 2.9 12 125.1 1.9 12 121.5 3.4 12 120.1 2.1 12 117.5 2.3 11 120.0 4.1 5

bw32 128.6 3.0 12 132.1 2.0 12 128.3 3.6 12 126.7 2.1 12 123.9 2.5 11 126.6 4.0 5

bw33 134.9 3.8 9 139.5 2.5 11 133.8 5.3 9 131.6 2.5 7 128.2 3.3 8 143.3 7.4 3

bw34 139.2 4.2 8 146.1 3.5 8 142.1 5.8 8 138.8 2.6 9 137.6 4.1 8 132.0 . 1

bw35 144.2 2.8 12 149.6 1.8 12 145.0 3.8 12 143.1 2.2 12 141.3 2.6 11 142.9 4.4 5

bw36 150.1 3.1 12 155.3 1.5 12 150.9 3.9 12 149.7 2.1 12 147.4 2.6 11 146.7 4.1 5

bw37 154.4 3.2 12 160.6 1.6 12 155.6 4.0 12 154.7 2.2 12 151.3 2.3 11 152.2 4.4 5

bw38 160.0 2.9 12 164.3 1.8 12 159.3 3.8 12 158.2 2.2 12 155.7 2.5 11 156.4 4.4 5

bw42 179.0 2.9 12 184.0 2.1 12 178.1 3.9 12 176.9 2.5 12 175.3 2.8 11 175.2 5.1 5

bw 49 205.8 2.8 12 208.0 2.3 12 202.5 4.4 12 200.3 2.4 12 199.1 3.8 11 197.4 5.5 5Male Body Weights 12:06 Monday, July 12, 2010 3

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Data for Analysis of bw28 bw35

bw38 bw39 bw40 bw41 bw42 bw43

bw46 bw47 bw48 bw49 bw50

Number of Observations Read 62

Number of Observations Used 62

Data for Analysis of bw56

Number of Observations Read 62

Number of Observations Used 34

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Male Body Weights 12:06 Monday, July 12, 2010 4

The GLM Procedure

Dependent Variable: bw28

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1065.694863 177.615811 3.78 0.0032

Error 55 2580.989680 46.927085

Corrected Total 61 3646.684544

R-Square Coeff Var Root MSE bw28 Mean

0.292237 6.153585 6.850335 111.3227

Source DF Type I SS Mean Square F Value Pr > F

group 5 573.3912770 114.6782554 2.44 0.0453

bloc k 1 492.3035863 492.3035863 10.49 0.0020

Source DF Type III SS Mean Square F Value Pr > F

group 5 601.7524174 120.3504835 2.56 0.0372

block 1 492.3035863 492.3035863 10.49 0.0020Male Body Weights 12:06 Monday, July 12, 2010 5

The GLM Procedure

Depend ent Variable: bw35

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1594.928259 265.821377 2.48 0.0340

Error 55 5894.115347 107.165734

Corrected Total 61 7489.043607

R-Square Coeff Var Root MSE bw35 Mean

0.212968 5.894698 10.35209 175.6169

Sour ce DF Type I SS Mean Square F Value Pr > F

group 5 1437.766371 287.553274 2.68 0.0306

block 1 157.161888 157.161888 1.47 0.2311

Source DF Type III SS Mean Square F Value Pr > F

group 5 1486.424267 297.284853 2.77 0.0264

block 1 157.161888 157.161888 1.47 0.2311Male Body Weights 12:06 Monday, July 12, 2010 6

The GLM Procedure

Dependent Variable: bw38

Sum of

Source DF Squares Mean Square F Value Pr > F

Mo del 6 2416.007885 402.667981 3.31 0.0075

Error 55 6693.279302 121.695987

Corrected Total 61 9109.287186

R-Square Coeff Var Root MSE bw38 Mean

0.265225 5.466712 11.03159 201.7957

Source DF Type I SS Mean Square F Value Pr > F

group 5 1915.296432 383.059286 3.15 0.0143

block 1 500.711453 500.711453 4.11 0.0474

Source DF Type III SS Mean Square F Value Pr > F

group 5 1990.508084 398.101617 3.27 0.0117

block 1 500.711453 500.711453 4.11 0.0474Male Body Weights 12:06 Monday, July 12, 2010 7

The GLM Procedure

Dependent Variable: bw39

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2224.122300 370.687050 2.80 0.0191

Error 55 7292.562869 132.592052

Corrected Total 61 9516.685169

R-Square Coeff Var Root MSE bw39 Mean

0.233708 5.427207 11.51486 212.1692

Source DF Type I SS Mean Square F Value Pr > F

group 5 2008.589862 401.717972 3.03 0.0174

block 1 215.532437 215.532437 1.63 0.2077

Source DF Type III SS Mean Square F Value Pr > F

group 5 2070.742744 414.148549 3.12 0.0149

block 1 215.532437 215.532437 1.63 0.2077Male Body Weights 12:06 Monday, July 12, 2010 8

The GLM Procedure

Dependent Variable: bw40

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2761.73446 460.28908 2.97 0.0138

Error 55 8512.10117 154.76548

Corrected Total 61 11273.83563

R-Square Coeff Var Root MSE bw40 Mean

0.244968 5.590476 12.44048 222.5298

Source DF Type I SS Mean Square F Value Pr > F

group 5 2522.025542 504.405108 3.26 0.0120

block 1 239.708923 239.708923 1.55 0.2186

Source DF Type III SS Mean Square F Value Pr > F

group 5 2606.086487 521.217297 3.37 0.0100

block 1 239.708923 239.708923 1.55 0.2186Male Body Weights 12:06 Monday, July 12, 2010 9

The GLM Procedure

Dependent Variable: bw41

Sum of

Source DF Squares Mean Square F Value Pr > F

Mode l 6 2836.54604 472.75767 3.05 0.0120

Error 55 8529.60231 155.08368

Corrected Total 61 11366.14834

R-Square Coeff Var Root MSE bw41 Mean

0.249561 5.363337 12.45326 232.1924

Source DF Type I SS Mean Square F Value Pr > F

group 5 2590.296938 518.059388 3.34 0.0105

block 1 246.249100 246.249100 1.59 0.2130

Source DF Type III SS Mean Square F Value Pr > F

group 5 2659.251187 531.850237 3.43 0.0091

block 1 246.249100 246.249100 1.59 0.2130Male Body Weights 12:06 Monday, July 12, 2010 10

The GLM Procedure

Dependent Variable: bw42

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2909.59466 484.93244 2.99 0.0133

Error 55 8913.50965 162.06381

Corrected Total 61 11823.10430

R-Square Coeff Var Root MSE bw42 Mean

0.246094 5.317987 12.73043 239.3844

Source DF Type I SS Mean Square F Value Pr > F

group 5 2563.914080 512.782816 3.16 0.0140

block 1 345.680576 345.680576 2.13 0.1498

Source DF Type III SS Mean Square F Value Pr > F

group 5 2680.004890 536.000978 3.31 0.0111

block 1 345.680576 345.680576 2.13 0.1498Male Body Weights 12:06 Monday, July 12, 2010 11

The GLM Procedure

Dependent Variable: bw43

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 3732.78370 622.13062 3.51 0.0052

Error 55 9755.76225 177.37750

Corrected Total 61 13488.54596

R-Square Coeff Var Root MSE bw43 Mean

0.276737 5.353903 13.31831 248.7590

Source DF Type I SS Mean Square F Value Pr > F

group 5 2935.105131 587.021026 3.31 0.0110

block 1 797.678572 797.678572 4.50 0.0385

Source DF Type III SS Mean Square F Value Pr > F

group 5 3076.338056 615.267611 3.47 0.0085

block 1 797.678572 797.678572 4.50 0.0385Male Body Weights 12:06 Monday, July 12, 2010 12

The GLM Procedure

Dependent Variable: bw46

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 3997.97679 666.32946 3.35 0.0070

Error 55 10953.02430 199.14590

Corrected Total 61 14951.00109

R-Square Coeff Var Root MSE bw46 Mean

0.267405 5.113751 14.11191 275.9600

Source DF Type I SS Mean Square F Value Pr > F

group 5 3320.619088 664.123818 3.33 0.0106

block 1 677.357701 677.357701 3.40 0.0705

Source DF Type III SS Mean Square F Value Pr > F

group 5 3525.230367 705.046073 3.54 0.0076

block 1 677.357701 677.357701 3.40 0.0705Male Body Weights 12:06 Mo nday, July 12, 2010 13

The GLM Procedure

Dependent Variable: bw47

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 4462.55283 743.75880 3.24 0.0085

Error 55 12626.57530 229.57410

Corrected Total 61 17089.12812

R-Square Coeff Var Root MSE bw47 Mean

0.261134 5.274119 15.15170 287.2841

Source DF Type I SS Mean Square F Value Pr > F

group 5 4022.626990 804.525398 3.50 0.0080

block 1 439.925836 439.925836 1.92 0.1719

Source DF Type III SS Mean Square F Value Pr > F

group 5 4205.653399 841.130680 3.66 0.0062

block 1 439.925836 439.925836 1.92 0.1719Male Body Weights 12:06 Monday, July 12, 2010 14

The GLM Procedure

Dependent Variable: bw48

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 6165.04966 1027.50828 3.70 0.0037

Error 55 15269.50988 277.62745

Co rrected Total 61 21434.55954

R-Square Coeff Var Root MSE bw48 Mean

0.287622 5.623697 16.66216 296.2848

Source DF Type I SS Mean Square F Value Pr > F

group 5 6017.705512 1203.541102 4.34 0.0021

block 1 147.344148 147.344148 0.53 0.4694

Source DF Type III SS Mean Square F Value Pr > F

group 5 6152.518215 1230.503643 4.43 0.0018

block 1 147.344148 147.344148 0.53 0.4694Male Body Weights 12:06 Monday, July 12, 2010 15

The GLM Procedure

Dependent Variable: bw49

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 4406.87929 734.47988 3.15 0.0099

Error 55 12808.87535 232.88864

Corrected Total 61 17215.75464

R-Square Coeff Var Root MSE bw49 Mean

0.255979 4.984876 15.26069 306.1398

Source DF Type I SS Mean Square F Value Pr > F

group 5 4251.367436 850.273487 3.65 0.0064

block 1 155.511853 155.511853 0.67 0.4174

Source DF Type III SS Mean Square F Value Pr > F

group 5 4367.288716 873.457743 3.75 0.0054

block 1 155.511853 155.511853 0.67 0.4174Male Body Weights 12:06 Monday, July 12, 2010 16

The GLM Procedure

Dependent Variable: bw50

Sum of

Sou rce DF Squares Mean Square F Value Pr > F

Model 6 61690.8591 10281.8098 1.98 0.0839

Error 55 285315.0842 5187.5470

Corrected Total 61 347005.9432

R-Square Coeff Var Root MSE bw50 Mean

0.177780 22.39356 72.02463 321.6309

Source DF Type I SS Mean Square F Value Pr > F

group 5 61331.49432 12266.29886 2.36 0.0515

block 1 359.36475 359.36475 0.07 0.7934

Source DF Type III SS Mean Square F Value Pr > F

group 5 55044.49462 11008.89892 2.12 0.0764

block 1 359.36475 359.36475 0.07 0.7934Male Body Weights 12:06 Monday, July 12, 2010 17

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw28 LSMEAN Error Pr > |t| Number

1 113.111750 2.067108 <.0001 1

2 114.736111 1.977521 <.0001 2

3 111.973871 2.067108 <.0001 3

4 110.742063 1.977521 <.0001 4

5 105.156432 2.067108 <.0001 5

6 110.364083 3.195725 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw28

i/j 1 2 3 4 5 6

1 0.5725 0.6984 0.4110 0.0087 0.4757

2 0.5725 0.3385 0.1589 0.0015 0.2497

3 0.6984 0.3385 0.6684 0.0235 0.6756

4 0.4110 0.1589 0.6684 0.0560 0.9203

5 0.0087 0.0015 0.0235 0.0560 0.1746

6 0.4757 0.2497 0.6756 0.9203 0.1746

Standard LSMEAN

group bw35 LSMEAN Error Pr > |t| Number

1 179.617983 3.123772 <.0001 1

2 181.222222 2.988391 <.0001 2

3 175.717983 3.123772 <.0001 3

4 174.750000 2.988391 <.0001 4

5 166.477472 3.123772 <.0001 5

6 173.995524 4.829315 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 18

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| f or H0: LSMean(i)=LSMean(j)

Dependent Variable: bw35

i/j 1 2 3 4 5 6

1 0.7120 0.3808 0.2650 0.0044 0.3350

2 0.7120 0.2083 0.1314 0.0012 0.2086

3 0.3808 0.2083 0.8237 0.0413 0.7669

4 0.2650 0.1314 0.8237 0.0609 0.8948

5 0.0044 0.0012 0.0413 0.0609 0.1943

6 0.3350 0.2086 0.7669 0.8948 0.1943

Standard LSMEAN

group bw38 LSMEAN Error Pr > |t| Number

1 206.641300 3.328814 <.0001 1

2 208.625000 3.184546 <.0001 2

3 199.385239 3.328814 <.0001 3

4 201.715278 3.184546 <.0001 4

5 191.798094 3.328814 <.0001 5

6 199.859033 5.146307 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw38

i/j 1 2 3 4 5 6

1 0.6684 0.1287 0.2896 0.0026 0.2757

2 0.6684 0.0498 0.1307 0.0006 0.15323 0.1287 0.0498 0.6150 0.1130 0.9390

4 0.2896 0.1307 0.6150 0.0357 0.7602

5 0.0026 0.0006 0.1130 0.0357 0.1916

6 0.2757 0.1532 0.9390 0.7602 0.1916

Standard LSMEAN

group bw39 LSMEAN Error Pr > |t| Number

1 216.386293 3.474642 <.0001 1

2 219.562500 3.324054 <.0001 2

3 211.133262 3.474642 <.0001 3

4 211.585317 3.324054 <.0001 4

5 201.754617 3.474642 <.0001 5

6 210.180782 5.371757 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 19

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw39

i/j 1 2 3 4 5 6

1 0.5117 0.2893 0.3224 0.0043 0.3388

2 0.5117 0.0852 0.0954 0.0005 0.1432

3 0.2893 0.0852 0.9254 0.0617 0.8828

4 0.3224 0.0954 0.9254 0.0457 0.8249

5 0.0043 0.0005 0.0617 0.0457 0.1910

6 0.3388 0.1432 0.8828 0.8249 0.1910

Standard LSMEAN

group bw40 LSMEAN Error Pr > |t| Number

1 227.667179 3.753949 <.0001 1

2 230.729167 3.591256 <.0001 2

3 220.986876 3.753949 <.0001 3

4 222.083333 3.591256 <.0001 4

5 211.032821 3.753949 <.0001 5

6 219.664364 5.803562 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw40

i/j 1 2 3 4 5 6

1 0.5580 0.2132 0.2871 0.0028 0.2544

2 0.5580 0.0661 0.0943 0.0004 0.11073 0.2132 0.0661 0.8336 0.0663 0.8497

4 0.2871 0.0943 0.8336 0.0379 0.7244

5 0.0028 0.0004 0.0663 0.0379 0.2147

6 0.2544 0.1107 0.8497 0.7244 0.2147

Standard LSMEAN

group bw41 LSMEAN Error Pr > |t| Number

1 237.963651 3.757807 <.0001 1

2 240.381944 3.594946 <.0001 2

3 229.165166 3.757807 <.0001 3

4 231.924603 3.594946 <.0001 4

5 221.015137 3.757807 <.0001 5

6 230.066510 5.809525 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 20

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw41

i/j 1 2 3 4 5 6

1 0.6438 0.1032 0.2506 0.0024 0.2611

2 0.6438 0.0354 0.1019 0.0005 0.1368

3 0.1032 0.0354 0.5978 0.1312 0.8974

4 0.2506 0.1019 0.5978 0.0405 0.7867

5 0.0024 0.0005 0.1312 0.0405 0.1940

6 0.2611 0.1368 0.8974 0.7867 0.1940

Standard LSMEAN

group bw42 LSMEAN Error Pr > |t| Number

1 245.177444 3.841443 <.0001 1

2 247.465278 3.674958 <.0001 2

3 237.157747 3.841443 <.0001 3

4 239.212302 3.674958 <.0001 4

5 228.025587 3.841443 <.0001 5

6 235.571452 5.938826 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw42

i/j 1 2 3 4 5 6

1 0.6686 0.1453 0.2667 0.0026 0.1822

2 0.6686 0.0577 0.1180 0.0006 0.09423 0.1453 0.0577 0.7006 0.0987 0.8243

4 0.2667 0.1180 0.7006 0.0399 0.6042

5 0.0026 0.0006 0.0987 0.0399 0.2882

6 0.1822 0.0942 0.8243 0.6042 0.2882

Standard LSMEAN

group bw43 LSMEAN Error Pr > |t| Number

1 254.945444 4.018839 <.0001 1

2 257.555556 3.844666 <.0001 2

3 245.184838 4.018839 <.0001 3

4 248.585317 3.844666 <.0001 4

5 236.893950 4.018839 <.0001 5

6 245.420114 6.213079 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 21

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw43

i/j 1 2 3 4 5 6

1 0.6407 0.0913 0.2578 0.0025 0.2057

2 0.6407 0.0303 0.1047 0.0005 0.1024

3 0.0913 0.0303 0.5434 0.1506 0.9749

4 0.2578 0.1047 0.5434 0.0401 0.6666

5 0.0025 0.0005 0.1506 0.0401 0.2518

6 0.2057 0.1024 0.9749 0.6666 0.2518

Standard LSMEAN

group bw46 LSMEAN Error Pr > |t| Number

1 281.345956 4.258308 <.0001 1

2 286.319444 4.073756 <.0001 2

3 272.506562 4.258308 <.0001 3

4 276.329365 4.073756 <.0001 4

5 263.723741 4.258308 <.0001 5

6 270.114483 6.583294 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw46

i/j 1 2 3 4 5 6

1 0.4024 0.1475 0.3983 0.0050 0.1598

2 0.4024 0.0227 0.0885 0.0003 0.04103 0.1475 0.0227 0.5192 0.1507 0.7626

4 0.3983 0.0885 0.5192 0.0369 0.4256

5 0.0050 0.0003 0.1507 0.0369 0.4161

6 0.1598 0.0410 0.7626 0.4256 0.4161

Standard LSMEAN

group bw47 LSMEAN Error Pr > |t| Number

1 294.691042 4.572069 <.0001 1

2 297.750000 4.373920 <.0001 2

3 284.112254 4.572069 <.0001 3

4 286.910714 4.373920 <.0001 4

5 273.648352 4.572069 <.0001 5

6 281.515201 7.068366 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 22

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw47

i/j 1 2 3 4 5 6

1 0.6307 0.1073 0.2241 0.0020 0.1252

2 0.6307 0.0355 0.0853 0.0004 0.0559

3 0.1073 0.0355 0.6600 0.1116 0.7601

4 0.2241 0.0853 0.6600 0.0407 0.5190

5 0.0020 0.0004 0.1116 0.0407 0.3516

6 0.1252 0.0559 0.7601 0.5190 0.3516

Standard LSMEAN

group bw48 LSMEAN Error Pr > |t| Number

1 305.805604 5.027853 <.0001 1

2 307.500000 4.809950 <.0001 2

3 293.873786 5.027853 <.0001 3

4 297.610119 4.809950 <.0001 4

5 279.270153 5.027853 <.0001 5

6 286.688351 7.773002 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw48

i/j 1 2 3 4 5 6

1 0.8085 0.0987 0.2439 0.0005 0.0447

2 0.8085 0.0553 0.1517 0.0002 0.02673 0.0987 0.0553 0.5934 0.0449 0.4433

4 0.2439 0.1517 0.5934 0.0109 0.2373

5 0.0005 0.0002 0.0449 0.0109 0.4240

6 0.0447 0.0267 0.4433 0.2373 0.4240

Standard LSMEAN

group bw49 LSMEAN Error Pr > |t| Number

1 314.797489 4.604956 <.0001 1

2 316.638889 4.405382 <.0001 2

3 302.852035 4.604956 <.0001 3

4 305.083333 4.405382 <.0001 4

5 293.023723 4.604956 <.0001 5

6 299.194284 7.119209 <.0001 6Male Body Weights 12:06 Monday, July 12, 2010 23

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw49

i/j 1 2 3 4 5 6

1 0.7737 0.0718 0.1332 0.0015 0.0726

2 0.7737 0.0349 0.0690 0.0005 0.0418

3 0.0718 0.0349 0.7276 0.1373 0.6695

4 0.1332 0.0690 0.7276 0.0637 0.4848

5 0.0015 0.0005 0.1373 0.0637 0.4675

6 0.0726 0.0418 0.6695 0.4848 0.4675

Standard LSMEAN

group bw50 LSMEAN Error Pr > |t| Number

1 322.886388 21.733636 <.0001 1

2 320.868056 20.791719 <.0001 2

3 308.342449 21.733636 <.0001 3

4 313.793056 20.791719 <.0001 4

5 296.930279 21.733636 <.0001 5

6 421.073066 33.599949 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw50

i/j 1 2 3 4 5 6

1 0.9467 0.6377 0.7635 0.4024 0.0179

2 0.9467 0.6787 0.8107 0.4295 0.01413 0.6377 0.6787 0.8569 0.7121 0.0070

4 0.7635 0.8107 0.8569 0.5773 0.0088

5 0.4024 0.4295 0.7121 0.5773 0.0029

6 0.0179 0.0141 0.0070 0.0088 0.0029

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Male Body Weights 12:06 Monday, July 12, 2010 24

The GLM Procedure

Dependent Variable: bw56

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 4212.92442 702.15407 1.95 0.1088

Error 27 9724.91863 360.18217

Corrected Tota l 33 13937.84305

R-Square Coeff Var Root MSE bw56 Mean

0.302265 5.185130 18.97847 366.0172

Source DF Type I SS Mean Square F Value Pr > F

group 5 3046.875492 609.375098 1.69 0.1706

block 1 1166.048926 1166.048926 3.24 0.0832

Source DF Type III SS Mean Square F Value Pr > F

group 5 2949.565529 589.913106 1.64 0.1839

block 1 1166.048926 1166.048926 3.24 0.0832Male Body Weights 12:06 Monday, July 12, 2010 25

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw56 LSMEAN Error Pr > |t| Number

1 349.703333 10.394934 <.0001 1

2 361.824444 12.964760 <.0001 2

3 347.206667 13.419802 <.0001 3

4 355.580000 12.964760 <.0001 4

5 333.985556 12.964760 <.0001 5

6 340.696667 13.419802 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw56

i/j 1 2 3 4 5 6

1 0.3009 0.8368 0.6132 0.1827 0.4595

2 0.3009 0.2142 0.5735 0.0171 0.0770

3 0.8368 0.2142 0.4725 0.2600 0.5920

4 0.6132 0.5735 0.4725 0.0591 0.2063

5 0.1827 0.0171 0.2600 0.0591 0.5641

6 0.4595 0.0770 0.5920 0.2063 0.5641

NOTE: To ensure ov erall protection level, only probabilities associated with pre-planned comparisons should be used.Female Body Weights 12:06 Monday, July 12, 2010 26

The GLM Procedure

Class Level Inform ation

Class Levels Values

group 6 1 2 3 4 5 6

block 2 1 3

Data for Analysis of bw28 bw29 bw30

bw31 bw32 bw35 bw36 bw37 bw38 bw42 bw49

Number of Observations Read 64

Number of Observations Used 64

Data for Analysis of bw33

Number of Observations Read 64

Number of Observations Used 47

Data for Analysis of bw34

Number of Observations Read 64

Number of Observations Used 42

NOTE: Variables in each group are consistent with respect to the presence or ab sence of missing values.Female Body Weights 12:06 Monday, July 12, 2010 27

The GLM Procedure

Dependent Variable: bw28

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 600.963255 100.160543 1.74 0.1283

Error 57 3281.097400 57.563112

Corrected Total 63 3882.060655

R-Square Coeff Var Root MSE bw28 Mean

0.154805 7.520351 7.587036 100.8867

Source DF Type I SS Mean Square F Value Pr > F

group 5 236.8986499 47.3797300 0.82 0.5384

block 1 364.0646054 364.0646054 6.32 0.0148

Source DF Type III SS Mean Square F Value Pr > F

group 5 259.8820744 51.9764149 0.90 0.4856

block 1 364.0646054 364.0646054 6.32 0.0148Female Body Weights 12:06 Monday, July 12, 2010 28

The GLM Procedure

Dependent Variable: bw29

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 677.438672 112.906445 1.85 0.1049

Error 57 3472.670703 60.924047

Corrected Total 63 4150.109375

R-Square Coeff Var Root MSE bw29 Mean

0.163234 7.261176 7.805386 107.4948

Source DF Type I SS Mean Square F Value Pr > F

group 5 298.2285143 59.6457029 0.98 0.4385

block 1 379.2101581 379.2101581 6.22 0.0155

Sour ce DF Type III SS Mean Square F Value Pr > F

group 5 324.1860024 64.8372005 1.06 0.3898

block 1 379.2101581 379.2101581 6.22 0.0155Female Body Weights 12:06 Monday, July 12, 2010 29

The GLM Procedure

Dependent Variable: bw30

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 720.440767 120.073461 1.78 0.1194

Error 57 3843.310860 67.426506

Corrected Total 63 4563.751628

R-Square Coeff Var Root MSE bw30 Mean

0.157862 7.193010 8.211364 114.1576

Source DF Type I SS Mean Square F Value Pr > F

grou p 5 357.8060784 71.5612157 1.06 0.3914

block 1 362.6346889 362.6346889 5.38 0.0240

Source DF Type III SS Mean Square F Value Pr > F

group 5 406.4318463 81.2863693 1.21 0.3183

block 1 362.6346889 362.6346889 5.38 0.0240Female Body Weights 12:06 Monday, July 12, 2010 30

The GLM Procedure

Dependent Variable: bw31

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 649.243136 108.207189 1.42 0.2227

Error 57 4341.333145 76.163739

Corr ected Total 63 4990.576280

R-Square Coeff Var Root MSE bw31 Mean

0.130094 7.207507 8.727184 121.0846

Source DF Type I SS Mean Square F Value Pr > F

group 5 351.2885279 70.2577056 0.92 0.4732

block 1 297.9546078 297.9546078 3.91 0.0528

Source DF Type III SS Mean Square F Value Pr > F

group 5 408.5194415 81.7038883 1.07 0.3851

block 1 297.9546078 297.9546078 3.91 0.0528Female Body Weights 12:06 Monday, July 12, 2010 31

The GLM Procedure

Dependent Variable: bw32

Sum of

Source DF Squares Mean Square F Value Pr > F

Mo del 6 813.114834 135.519139 1.68 0.1434

Error 57 4607.017110 80.824862

Corrected Total 63 5420.131944

R-Square Coeff Var Root MSE bw32 Mean

0.150018 7.029937 8.990265 127.8854

Source DF Type I SS Mean Square F Value Pr > F

group 5 431.7488742 86.3497748 1.07 0.3875

block 1 381.3659599 381.3659599 4.72 0.0340

Source DF Type III SS Mean Square F Value Pr > F

group 5 507.7251174 101.5450235 1.26 0.2954

block 1 381.3659599 381.3659599 4.72 0.0340Female Body Weights 12:06 Monday, July 12, 2010 32

The GLM Procedure

Dependent Variable: bw35

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 756.959892 126.159982 1.48 0.2026

Error 57 4870.052152 85.439511

Corrected Total 63 5627.012044

R-Square Coeff Var Root MSE bw35 Mean

0.134523 6.393613 9.243350 144.5716

Source DF Type I SS Mean Square F Value Pr > F

group 5 465.9161057 93.1832211 1.09 0.3755

block 1 291.0437866 291.0437866 3.41 0.0701

Source DF Type III SS Mean Square F Value Pr > F

group 5 531.9015563 106.3803113 1.25 0.3003

block 1 291.0437866 291.0437866 3.41 0.0701Female Body Weights 12:06 Monday, July 12, 2010 33

The GLM Procedure

Dependent Variable: bw36

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 512.639663 85.439944 0.93 0.4798

Error 57 5229.689221 91.748934

Corrected Total 63 5742.328885

R-Square Coeff Var Root MSE bw36 Mean

0.089274 6.369070 9.578566 150.3919

Source DF Type I SS Mean Square F Value Pr > F

group 5 462.8754228 92.5750846 1.01 0.4209

block 1 49.7642406 49.7642406 0.54 0.4645

Source DF Type III SS Mean Square F Value Pr > F

group 5 495.7510909 99.1502182 1.08 0.3809

block 1 49.7642406 49.7642406 0.54 0.4645Female Body Weights 12:06 Monday, July 12, 2010 34

The GLM Procedure

Dependent Variable: bw37

Sum of

Source DF Squares Mean Square F Value Pr > F

Mode l 6 715.806739 119.301123 1.28 0.2815

Error 57 5317.108951 93.282613

Corrected Total 63 6032.915690

R-Square Coeff Var Root MSE bw37 Mean

0.118650 6.225979 9.658292 155.1289

Source DF Type I SS Mean Square F Value Pr > F

group 5 574.8125967 114.9625193 1.23 0.3060

block 1 140.9941428 140.9941428 1.51 0.2240

So urce DF Type III SS Mean Square F Value Pr > F

group 5 632.2397494 126.4479499 1.36 0.2547

block 1 140.9941428 140.9941428 1.51 0.2240Female Body Weights 12:06 Monday, July 12, 2010 35

The GLM Procedure

Dependent Variable: bw38

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 637.230661 106.205110 1.20 0.3180

Error 57 5031.028779 88.263663

Corrected Total 63 5668.259440

R-Square Coeff Var Root MSE bw38 Mean

0.112421 5.897280 9.394874 159.3086

Source DF Type I SS Mean Square F Value Pr > F

group 5 496.6347242 99.3269448 1.13 0.3574

block 1 140.5959372 140.5959372 1.59 0.2121

Source DF Type III SS Mean Square F Value Pr > F

group 5 553.0768179 110.6153636 1.25 0.2967

block 1 140.5959372 140.5959372 1.59 0.2121Female Body Weights 12:06 Monday, July 12, 2010 36

The GLM Procedure

Dependent Variable: bw42

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 626.446171 104.407695 1.02 0.4200

Error 57 5818.945756 102.086768

Corrected Total 63 6445.391927

R-Square Coeff Var Root MSE bw42 Mean

0.097193 5.662127 10.10380 178.4453

Source DF Type I SS Mean Square F Value Pr > F

group 5 560.6177478 112.1235496 1.10 0.3715

block 1 65.8284231 65.8284231 0.64 0.4253

Source DF Type III SS Mean Square F Value Pr > F

group 5 597.5319121 119.5063824 1.17 0.3349

block 1 65.8284231 65.8284231 0.64 0.4253Female Body Weights 12:06 Monday, July 12, 2010 37

The GLM Procedure

Dependent Variable: bw49

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 871.223736 145.203956 1.16 0.3426

Error 57 7159.516607 125.605555

Corrected Total 63 8030.740343

R-Square Coeff Var Root MSE bw49 Mean

0.108486 5.527866 11.20739 202.7435

Source DF Type I SS Mean Square F Value Pr > F

group 5 805.8430154 161.1686031 1.28 0.2839

block 1 65.3807208 65.3807208 0.52 0.4736

Sour ce DF Type III SS Mean Square F Value Pr > F

group 5 736.2177530 147.2435506 1.17 0.3341

block 1 65.3807208 65.3807208 0.52 0.4736Female Body Weights 12:06 Monday, July 12, 2010 38

The GLM Procedure

Le ast Squares Means

Standard LSMEAN

group bw28 LSMEAN Error Pr > |t| Number

1 101.083333 2.190189 <.0001 1

2 103.986111 2.190189 <.0001 2

3 101.145833 2.190189 <.0001 3

4 99.847222 2.190189 <.0001 4

5 97.577032 2.289342 <.0001 5

6 99.147351 3.534087 <.0001 6

Least Squares Means for effect group

Pr > |t| f or H0: LSMean(i)=LSMean(j)

Dependent Variable: bw28

i/j 1 2 3 4 5 6

1 0.3526 0.9840 0.6913 0.2731 0.6433

2 0.3526 0.3630 0.1868 0.0478 0.2494

3 0.9840 0.3630 0.6766 0.2647 0.6326

4 0.6913 0.1868 0.6766 0.4766 0.8669

5 0.2731 0.0478 0.2647 0.4766 0.7092

6 0.6433 0.2494 0.6326 0.8669 0.7092

Standard LSMEAN

group bw29 LSMEAN Error Pr > |t| Number

1 107.847222 2.253221 <.0001 1

2 111.131944 2.253221 <.0001 2

3 107.152778 2.253221 <.0001 3

4 106.638889 2.253221 <.0001 4

5 103.890561 2.355228 <.0001 5

6 105.679501 3.635796 <.0001 6Female Body Weights 12:06 Monday, July 12, 2010 39

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw29

i/j 1 2 3 4 5 6

1 0.3070 0.8283 0.7059 0.2298 0.6143

2 0.3070 0.2169 0.1640 0.0303 0.2076

3 0.8283 0.2169 0.8725 0.3211 0.7318

4 0.7059 0.1640 0.8725 0.4026 0.8233

5 0.2298 0.0303 0.3211 0.4026 0.6797

6 0.6143 0.2076 0.7318 0.8233 0.6797

Standard LSMEAN

group bw30 LSMEAN Error Pr > |t| Number

1 114.965278 2.370417 <.0001 1

2 117.916667 2.370417 <.0001 2

3 114.444444 2.370417 <.0001 3

4 112.902778 2.370417 <.0001 4

5 110.115355 2.477729 <.0001 5

6 111.435571 3.824904 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw30

i/j 1 2 3 4 5 6

1 0.3823 0.8771 0.5408 0.1627 0.4361

2 0.3823 0.3047 0.1403 0.0267 0.15533 0.8771 0.3047 0.6473 0.2119 0.5064

4 0.5408 0.1403 0.6473 0.4197 0.7456

5 0.1627 0.0267 0.2119 0.4197 0.7720

6 0.4361 0.1553 0.5064 0.7456 0.7720

Standard LSMEAN

group bw31 LSMEAN Error Pr > |t| Number

1 121.354167 2.519321 <.0001 1

2 125.076389 2.519321 <.0001 2

3 121.506944 2.519321 <.0001 3

4 120.118056 2.519321 <.0001 4

5 117.310700 2.633375 <.0001 5

6 117.767695 4.065175 <.0001 6Female Body Weights 12:06 Monday, July 12, 2010 40

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw31

i/j 1 2 3 4 5 6

1 0.3006 0.9659 0.7299 0.2719 0.4564

2 0.3006 0.3207 0.1694 0.0374 0.1320

3 0.9659 0.3207 0.6981 0.2544 0.4375

4 0.7299 0.1694 0.6981 0.4443 0.6250

5 0.2719 0.0374 0.2544 0.4443 0.9248

6 0.4564 0.1320 0.4375 0.6250 0.9248

Standard LSMEAN

group bw32 LSMEAN Error Pr > |t| Number

1 128.645833 2.595266 <.0001 1

2 132.145833 2.595266 <.0001 2

3 128.326389 2.595266 <.0001 3

4 126.666667 2.595266 <.0001 4

5 123.632330 2.712758 <.0001 5

6 124.005633 4.187720 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw32

i/j 1 2 3 4 5 6

1 0.3443 0.9309 0.5918 0.1870 0.3502

2 0.3443 0.3024 0.1410 0.0272 0.10403 0.9309 0.3024 0.6528 0.2163 0.3842

4 0.5918 0.1410 0.6528 0.4223 0.5912

5 0.1870 0.0272 0.2163 0.4223 0.9403

6 0.3502 0.1040 0.3842 0.5912 0.9403

Standard LSMEAN

group bw35 LSMEAN Error Pr > |t| Number

1 144.215278 2.668325 <.0001 1

2 149.625000 2.668325 <.0001 2

3 145.000000 2.668325 <.0001 3

4 143.118056 2.668325 <.0001 4

5 141.108539 2.789124 <.0001 5

6 140.710597 4.305608 <.0001 6Female Body Weights 12:06 Monday, July 12, 2010 41

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw35

i/j 1 2 3 4 5 6

1 0.1572 0.8360 0.7723 0.4242 0.4918

2 0.1572 0.2254 0.0901 0.0314 0.0838

3 0.8360 0.2254 0.6199 0.3176 0.4006

4 0.7723 0.0901 0.6199 0.6047 0.6364

5 0.4242 0.0314 0.3176 0.6047 0.9381

6 0.4918 0.0838 0.4006 0.6364 0.9381

Standard LSMEAN

group bw36 LSMEAN Error Pr > |t| Number

1 150.083333 2.765094 <.0001 1

2 155.250000 2.765094 <.0001 2

3 150.895833 2.765094 <.0001 3

4 149.652778 2.765094 <.0001 4

5 147.272505 2.890274 <.0001 5

6 145.797557 4.461754 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw36

i/j 1 2 3 4 5 6

1 0.1917 0.8361 0.9127 0.4851 0.4176

2 0.1917 0.2702 0.1578 0.0509 0.07703 0.8361 0.2702 0.7517 0.3688 0.3355

4 0.9127 0.1578 0.7517 0.5541 0.4657

5 0.4851 0.0509 0.3688 0.5541 0.7814

6 0.4176 0.0770 0.3355 0.4657 0.7814

Standard LSMEAN

group bw37 LSMEAN Error Pr > |t| Number

1 154.416667 2.788109 <.0001 1

2 160.597222 2.788109 <.0001 2

3 155.576389 2.788109 <.0001 3

4 154.659722 2.788109 <.0001 4

5 151.139660 2.914331 <.0001 5

6 150.686265 4.498891 <.0001 6Female Body Weights 12:06 Monday, July 12, 2010 42

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw37

i/j 1 2 3 4 5 6

1 0.1225 0.7697 0.9511 0.4199 0.4838

2 0.1225 0.2081 0.1376 0.0225 0.0663

3 0.7697 0.2081 0.8170 0.2759 0.3594

4 0.9511 0.1376 0.8170 0.3865 0.4559

5 0.4199 0.0225 0.2759 0.3865 0.9326

6 0.4838 0.0663 0.3594 0.4559 0.9326

Standard LSMEAN

group bw38 LSMEAN Error Pr > |t| Number

1 159.972222 2.712067 <.0001 1

2 164.263889 2.712067 <.0001 2

3 159.291667 2.712067 <.0001 3

4 158.173611 2.712067 <.0001 4

5 155.601980 2.834846 <.0001 5

6 154.888452 4.376190 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw38

i/j 1 2 3 4 5 6

1 0.2679 0.8598 0.6409 0.2700 0.3276

2 0.2679 0.2001 0.1178 0.0313 0.07393 0.8598 0.2001 0.7717 0.3509 0.3960

4 0.6409 0.1178 0.7717 0.5148 0.5260

5 0.2700 0.0313 0.3509 0.5148 0.8911

6 0.3276 0.0739 0.3960 0.5260 0.8911

Standard LSMEAN

group bw42 LSMEAN Error Pr > |t| Number

1 179.000000 2.916716 <.0001 1

2 183.972222 2.916716 <.0001 2

3 178.118056 2.916716 <.0001 3

4 176.923611 2.916716 <.0001 4

5 175.214506 3.048760 <.0001 5

6 174.126235 4.706411 <.0001 6Female Body Weights 12:06 Monday, July 12, 2010 43

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw42

i/j 1 2 3 4 5 6

1 0.2330 0.8315 0.6166 0.3734 0.3824

2 0.2330 0.1613 0.0929 0.0424 0.0807

3 0.8315 0.1613 0.7732 0.4941 0.4739

4 0.6166 0.0929 0.7732 0.6869 0.6154

5 0.3734 0.0424 0.4941 0.6869 0.8460

6 0.3824 0.0807 0.4739 0.6154 0.8460

Standard LSMEAN

group bw49 LSMEAN Error Pr > |t| Number

1 205.791667 3.235294 <.0001 1

2 207.986111 3.235294 <.0001 2

3 202.493056 3.235294 <.0001 3

4 200.312500 3.235294 <.0001 4

5 199.156379 3.381761 <.0001 5

6 198.436831 5.220470 <.0001 6

Least Squares Means for effect group

Pr > | t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw49

i/j 1 2 3 4 5 6

1 0.6333 0.4739 0.2361 0.1617 0.2361

2 0.6333 0.2349 0.0990 0.0643 0.12553 0.4739 0.2349 0.6355 0.4788 0.5116

4 0.2361 0.0990 0.6355 0.8058 0.7612

5 0.1617 0.0643 0.4788 0.8058 0.9079

6 0.2361 0.1255 0.5116 0.7612 0.9079

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 12:06 Monday, July 12, 2010 44

The GLM Procedure

Dependent Variable: bw33

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1279.921590 213.320265 1.86 0.1112

Error 40 4578.279651 114.456991

Corrected Total 46 5858.201241

R-Square Coeff Var Root MSE bw33 Mean

0.218484 7.944294 10.69846 134.6684

Source DF Type I SS Mean Square F Value Pr > F

grou p 5 882.8107740 176.5621548 1.54 0.1986

block 1 397.1108159 397.1108159 3.47 0.0699

Source DF Type III SS Mean Square F Value Pr > F

group 5 598.9214982 119.7842996 1.05 0.4041

block 1 397.1108159 397.1108159 3.47 0.0699Female Body Weights 12:06 Monday, July 12, 2010 45

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw33 LSMEAN Error Pr > |t| Number

1 135.996539 3.612970 <.0001 1

2 139.749056 3.229579 <.0001 2

3 134.885428 3.612970 <.0001 3

4 133.897346 4.230170 <.0001 4

5 129.039071 3.807385 <.0001 5

6 140.093716 6.416952 <.0001 6

Least Squares Means for effect group

Pr > |t| fo r H0: LSMean(i)=LSMean(j)

Dependent Variable: bw33

i/j 1 2 3 4 5 6

1 0.4415 0.8267 0.7012 0.1885 0.5879

2 0.4415 0.3197 0.2748 0.0376 0.9622

3 0.8267 0.3197 0.8566 0.2676 0.4914

4 0.7012 0.2748 0.8566 0.3904 0.4410

5 0.1885 0.0376 0.2676 0.3904 0.1516

6 0.5879 0.9622 0.4914 0.4410 0.1516

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 12:06 Monday, July 12, 2010 46

The GLM Procedure

Dependent Variable: bw34

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 873.258593 145.543099 1.11 0.3756

Error 35 4583.456519 130.955901

Corrected Total 41 5456.715112

R-Square Coeff Var Root MSE bw34 Mean

0.160034 8.145024 11.44360 140.4980

Source DF Type I SS Mean Square F Value Pr > F

group 5 449.2090360 89.8418072 0.69 0.6372

block 1 424.0495569 424.0495569 3.24 0.0806

Source DF Type III SS Mean Square F Value Pr > F

group 5 605.4914985 121.0982997 0.92 0.4767

block 1 424.0495569 424.0495569 3.24 0.0806Female Body Weights 12:06 Monday, July 12, 2010 47

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw34 LSMEAN Error Pr > |t| Number

1 140.966418 4.164945 <.0001 1

2 147.841418 4.164945 <.0001 2

3 143.903918 4.164945 <.0001 3

4 140.019279 3.871047 <.0001 4

5 138.441542 4.076004 <.0001 5

6 128.442164 11.613140 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw34

i/j 1 2 3 4 5 6

1 0.2376 0.6109 0.8660 0.6629 0.3231

2 0.2376 0.4959 0.1691 0.1107 0.1295

3 0.6109 0.4959 0.4902 0.3481 0.2242

4 0.8660 0.1691 0.4902 0.7784 0.3549

5 0.6629 0.1107 0.3481 0.7784 0.4250

6 0.3231 0.1295 0.2242 0.3549 0.4250

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 12:06 Monday, July 12, 2010 48

maleid litter group block bw28 bw35 bw38 bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56

13508 13478 3 1 107 174 146 183 192 201 209 194 239 256 266 277 283

.

13509 13478 3 1 119 196 161 207 215 225 235 207 270 256 294 306 209 .

13510 13478 3 1 113 184 212 220 232 242 248 256 283 294 301 308 318

.

13511 13478 3 1 119 195 222 233 243 254 264 270 304 319 326 340 341 .

13512 13479 4 1 111 182 208 221 232 243 248 260 289 297 313 325 329

.

13513 13479 4 1 106 168 193 204 214 222 227 236 260 274 287 295 301 .

13514 13480 3 1 105 168 195 203 215 222 229 236 263 273 260 290 298

.

13515 13480 3 1 94 153 177 187 194 201 211 215 242 252 260 271 274

.

13516 13480 3 1 106 174 202 210 221 231 239 248 274 286 295 302 310 .

13517 13480 3 1 82 133 156 164 172 181 187 197 218 233 240 249 253

.

13518 13480 3 1 109 183 208 221 230 222 242 253 277 286 303 308 319 .

13519 13480 3 1 92 147 167 178 182 179 194 199 225 236 246 254 261

.

13520 13481 1 1 111 183 212 222 237 245 252 262 291 303 314 320 322 .

13521 13481 1 1 133 215 248 257 271 285 293 306 236 348 362 371 380

.

13522 13481 1 1 109 178 205 219 231 244 249 258 285 296 311 316 322 .

13523 13481 1 1 113 188 211 223 236 250 253 262 291 303 317 326 335

.

13524 13482 5 1 101 157 183 194 202 209 219 226 250 258 269 280 284

.

13525 13482 5 1 115 183 200 207 215 225 232 240 259 267 278 289 299

.

13526 13482 5 1 103 165 183 197 204 215 221 230 259 266 276 285 293 .

13527 13483 4 1 107 174 200 209 217 228 235 243 269 284 288 298 301

.

13528 13483 4 1 99 161 188 197 205 218 222 228 257 269 276 284 290 .

13529 13483 4 1 115 193 222 232 252 260 270 280 312 323 340 345 355

.

13530 13483 4 1 106 169 193 207 215 226 233 241 265 272 282 291 300 .

13531 13483 4 1 110 178 203 216 225 239 241 250 277 288 298 306 312

.

13532 13483 4 1 110 178 205 218 230 240 247 253 280 292 310 315 321 .

13533 13484 1 1 116 186 215 230 242 251 258 270 296 313 326 334 340

.

13534 13484 1 1 123 196 225 239 251 261 264 274 303 326 336 349 349

.

13535 13484 1 1 117 186 210 225 227 242 244 252 283 293 303 314 316 .

13536 13484 1 1 112 180 206 217 231 243 248 257 285 299 309 321 326

.

13537 13484 1 1 126 197 224 237 248 259 267 276 306 319 328 341 344 .

13538 13484 1 1 116 184 213 225 236 245 256 265 291 303 314 323 327

.

13539 13485 3 1 123 191 214 228 238 236 251 258 293 309 322 325 332 .

13540 13485 3 1 124 195 220 234 242 241 256 263 294 307 314 327 332

.

13541 13486 1 1 106 167 194 201 212 209 224 232 257 263 278 283 291 .

13542 13486 1 1 109 171 197 205 217 215 235 244 273 280 298 306 313

.

13543 13486 1 1 102 163 189 201 213 220 229 240 266 278 289 300 303

.13544 13486 1 1 107 172 195 208 216 224 228 241 269 274 290 299 302 331

13545 13487 5 1 118 188 214 225 238 248 256 269 296 302 314 330 333

.

13546 13487 5 1 107 172 200 213 225 234 237 243 279 286 302 307 312 .

13547 13487 5 1 108 174 201 212 222 232 241 249 277 288 299 311 315

.

13548 13487 5 1 108 171 197 208 219 225 233 241 265 276 288 293 300 .

13549 13488 5 1 93 144 164 174 177 188 195 201 222 234 238 247 252

.

13550 13488 5 1 97 159 185 195 201 213 219 229 254 268 273 281 287 .

13551 13488 5 1 96 157 183 191 200 212 218 225 254 266 276 283 290

.

13552 13488 5 1 92 148 172 182 189 200 206 213 235 244 255 301 269

.

13553 13489 4 1 112 175 201 212 219 232 239 246 273 280 291 310 309

.

13554 13489 4 1 109 177 206 214 223 236 242 251 280 286 304 324 317 .

13555 13489 4 1 116 188 213 223 234 245 250 261 288 293 310 318 324

.

13556 13489 4 1 117 186 208 221 231 242 248 256 286 298 305 303 323 .

13557 13490 1 1 104 177 201 208 221 230 236 244 274 283 293 297 306

.

13558 13490 1 1 101 167 196 203 216 223 229 239 269 279 290 308 305 .Female Body Weights 12:06 Monday, July 12, 2010 49

maleid litter group block bw28 bw35 bw38 bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56

13559 13490 1 1 108 179 203 216 225 234 240 248 280 291 301 301 312 .

13560 13490 1 1 103 167 194 203 212 224 228 237 272 282 294 307 310 .

13561 13490 1 1 106 174 197 210 219 232 238 245 280 293 295 332 312 .

13562 13491 2 1 112 183 214 223 235 241 254 264 301 310 326 309 339 .

13563 13491 2 1 113 177 202 215 227 234 239 247 275 286 298 334 312 .

13564 13492 1 1 117 190 219 230 240 252 259 270 297 316 323 353 339 .

13565 13492 1 1 119 200 228 239 252 266 272 281 315 330 342 302 362 .

13566 13493 2 1 108 176 199 211 222 232 237 245 272 285 292 299 305 .

13567 13493 2 1 103 165 192 200 211 224 229 237 268 280 290 301 305 .

13568 13493 2 1 111 181 201 212 222 232 239 250 276 289 296 301 309 .

13569 13493 2 1 105 168 191 204 211 223 228 237 264 276 284 292 298 .

13570 13494 4 1 100 158 183 195 203 214 220 226 258 266 274 285 293 .

13571 13494 4 1 99 159 184 195 202 211 217 227 252 263 272 284 287 .

13572 13496 5 1 107 173 203 212 223 235 241 250 281 290 300 307 320 .

13573 13496 5 1 97 163 190 198 207 218 224 236 261 273 280 289 299 .

13574 13496 5 1 97 153 175 186 195 204 209 215 240 250 256 262 271 .

13575 13496 5 1 101 159 185 196 206 217 223 233 258 268 277 285 292 .

13576 13497 3 1 114 184 208 215 229 240 247 255 282 292 300 312 319 .

13577 13497 3 1 110 179 208 221 230 241 250 255 282 293 305 315 322 .

13578 13497 3 1 119 183 205 215 230 236 243 251 280 291 301 311 315 .

13579 13498 4 1 99 168 197 206 217 230 239 249 278 290 303 315 317 .

13580 13498 4 1 100 163 188 200 209 222 227 234 263 276 284 289 300 .

13581 13499 1 1 107 173 202 214 227 237 245 252 285 293 306 320 326 .

13582 13499 1 1 116 184 216 230 242 253 264 272 300 313 328 343 358 .

13583 13499 1 1 108 174 189 198 213 223 230 235 267 276 286 294 305 .

13584 13499 1 1 114 183 216 224 238 252 260 273 309 321 339 347 354 .

13585 13500 3 1 112 172 200 207 217 225 230 240 268 281 288 298 305 .

13586 13500 3 1 111 169 199 205 213 224 231 237 262 275 283 292 299 .

13587 13500 3 1 112 176 204 217 229 238 243 254 281 297 308 314 324 .

13588 13500 3 1 113 183 210 223 234 242 251 260 290 305 318 326 332 .

13589 13501 5 1 104 170 198 210 218 232 236 242 275 286 293 304 312 .

13590 13501 5 1 101 159 182 197 205 216 218 226 256 262 278 289 291 .

13591 13502 2 1 104 165 190 202 211 224 226 234 263 269 282 292 298 .

13592 13502 2 1 105 174 202 215 231 238 244 256 287 302 314 325 329 .

13593 13502 2 1 106 175 200 213 224 236 240 249 271 286 293 302 310 .

13594 13502 2 1 106 167 195 205 218 227 233 244 270 281 290 301 309 .13595 13503 3 1 92 145 169 180 190 200 206 213 239 249 258 263 268 .

13596 13503 3 1 90 142 167 177 185 197 205 210 232 243 249 258 264 .

13597 13503 3 1 92 152 175 183 191 204 208 213 235 248 254 267 273 .

13598 13504 4 1 111 178 202 214 229 235 242 248 280 293 301 309 315 .

13599 13504 4 1 94 153 177 190 200 209 215 219 249 261 271 282 287 .

13600 13505 2 1 116 182 209 222 231 244 250 258 286 300 310 316 326 .

13601 13505 2 1 111 177 202 213 223 236 242 251 275 290 298 305 315 .

13602 13505 2 1 123 192 217 229 244 254 257 269 291 304 314 330 329 .

13603 13506 2 1 109 172 198 204 213 225 231 242 264 269 285 296 305 .

13604 13506 2 1 106 168 195 202 212 222 228 236 260 279 280 289 294 .

13605 13506 2 1 108 168 191 204 210 219 229 231 258 266 276 286 290 .

13606 13506 2 1 107 170 197 206 214 223 221 234 255 267 277 284 292 .

13607 13507 2 1 118 186 214 222 236 243 249 256 288 297 309 312 321 .

13608 13507 2 1 123 195 225 235 253 260 269 278 310 328 340 350 359 .

13609 13507 2 1 125 202 226 242 247 263 267 279 311 320 331 339 346 .Female Body Weights 12:06 Monday, July 12, 2010 50

maleid litter group block bw28 bw35 bw38 bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56

13610 13507 2 1 120 195 225 233 251 256 265 276 299 319 332 346 351

.

13974 13938 3 3 138 215 243 257 265 274 281 295 288 326 344 350 363 414

13975 13938 3 3 126 199 221 236 246 257 264 275 292 313 323 330 337 384

13976 13938 3 3 122 188 212 224 237 248 255 267 291 299 308 315 328 .

13977 13938 3 3 104 159 181 195 203 212 217 229 254 265 274 279 288 327

13978 13940 2 3 115 178 209 220 229 239 248 258 286 290 304 308 313 367

13979 13940 2 3 121 191 221 233 244 249 261 271 298 309 319 328 331 382

13980 13940 2 3 114 185 216 225 236 248 256 266 295 307 318 322 . .

13981 13940 2 3 115 174 203 214 225 232 244 254 287 299 304 317 328 388

13982 13941 1 3 113 176 201 209 219 230 238 247 275 287 297 303 308 358

13983 13941 1 3 113 179 205 216 222 231 242 254 280 292 298 307 315 .

13984 13941 1 3 119 186 209 219 230 238 245 250 275 286 298 303 313 357

13985 13941 1 3 122 187 216 221 233 245 251 260 287 300 309 318 327 381

13986 13942 5 3 87 130 151 158 165 174 179 186 205 212 222 226 233

.

13987 13942 5 3 110 176 202 213 221 231 238 247 273 284 293 299 308 364

13988 13942 5 3 110 172 203 212 224 237 245 254 289 300 309 318 330 389

13989 13942 5 3 98 158 186 195 207 217 220 231 258 270 279 285 296 350

13990 13942 5 3 90 144 166 175 184 191 201 210 235 245 253 263 273 328

13991 13942 5 3 110 176 201 209 221 232 240 248 280 291 30 307 319 373

13992 13943 5 3 106 165 190 199 210 220 225 237 264 276 284 292 295 356

13993 13943 5 3 123 192 216 225 239 246 255 264 297 308 319 330 340 .

13994 13943 5 3 116 176 204 211 221 227 237 248 275 282 289 302 311 357

13995 13943 5 3 107 169 197 205 215 225 233 240 268 278 288 308 305 359

13996 13944 5 3 120 193 222 233 241 252 264 277 307 315 330 341 .

.

13997 13944 5 3 104 162 190 199 206 212 219 231 250 263 269 280 281 .

13998 13944 5 3 110 173 205 215 226 235 247 258 284 293 308 316 325 383

13999 13944 5 3 114 184 212 225 235 242 250 261 288 301 310 318 327 376

14000 13945 3 3 102 157 182 193 199 205 208 219 244 254 268 270 282 336

14001 13945 3 3 111 166 192 201 213 221 230 238 269 278 287 289 300 345

14002 13945 3 3 116 179 208 219 228 237 244 255 286 294 304 314 321 368

14003 13945 3 3 120 185 212 226 237 245 249 262 291 303 313 322 .

.

14004 13946 2 3 111 182 209 220 232 240 252 259 291 302 313 321 327 387

14005 13946 2 3 113 180 208 220 232 240 247 260 289 298 311 322 330 380

14006 13947 2 3 113 176 206 216 225 236 244 256 282 295 304 312 320 376

14007 13947 2 3 121 184 211 221 236 243 250 263 291 300 311 321 328 383

14008 13948 3 3 114 171 200 206 218 224 233 242 271 281 288 298 305 .14009 13948 3 3 109 169 198 206 216 227 234 244 273 281 291 300 306 367

14010 13948 3 3 109 168 192 201 209 221 228 239 264 272 283 290 301 354

14011 13948 3 3 114 179 207 215 226 236 244 261 286 293 302 316 326 381

14012 13948 3 3 110 166 192 203 212 220 226 240 263 273 279 290 295 349

14013 13948 3 3 119 178 203 213 226 234 240 253 279 291 297 305 309 358

14014 13949 6 3 102 165 192 201 214 219 225 238 267 280 284 294 342 358

14015 13949 6 3 117 186 217 230 237 247 252 270 298 312 323 332 292 409

14016 13949 6 3 101 163 189 197 207 219 225 235 261 269 286 288 314 348

14017 13949 6 3 113 175 200 210 221 228 238 249 273 286 301 307 3199 371

14018 13949 6 3 116 185 209 219 229 237 241 251 279 293 301 309 299 379

14019 13950 1 3 109 166 193 204 211 221 227 237 251 265 281 289 286 353

14020 13950 1 3 106 163 191 199 210 217 224 235 250 263 274 277 309 332

14021 13950 1 3 115 170 198 201 215 224 234 247 279 284 293 300 309 359

14022 13950 1 3 116 175 202 214 224 232 237 253 280 292 302 310 322 377

14023 13950 1 3 111 165 191 202 211 217 225 234 256 271 283 287 299 .Female Body Weights 12:06 Monday, July 12, 2010 51

maleid litter group block bw28 bw35 bw38 bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56

14024 13950 1 3 124 191 218 223 238 248 258 266 292 307 317 321 336 385

14025 13951 6 3 107 165 187 196 205 217 220 231 248 258 270 269 280 324

14026 13951 6 3 113 175 205 211 216 227 229 239 257 265 273 280 288 337

14027 13952 2 3 120 178 214 223 238 246 253 266 297 307 312 324 333 382

14028 13952 2 3 120 185 218 227 238 248 259 270 298 310 317 326 333 .

14029 13952 2 3 119 181 207 219 228 236 242 255 282 291 295 305 311 355

14030 13952 2 3 130 197 226 241 251 262 273 288 320 331 337 349 357 411

14031 13953 5 3 109 171 197 205 215 225 236 245 274 284 290 303 310

.

14032 13953 5 3 97 146 170 178 185 196 204 214 238 248 257 264 272 322

14033 13953 5 3 103 157 184 193 205 216 222 230 258 270 278 286 291 339

14034 13953 5 3 107 167 193 200 213 223 229 240 267 276 291 294 301 353

14035 13954 6 3 121 188 220 231 241 249 255 271 296 308 314 327 336 381

14036 13954 6 3 122 188 217 225 236 246 255 265 296 310 320 327 338 391

14037 13954 6 3 115 178 208 219 226 241 248 262 295 302 312 323 336 386

14038 13954 6 3 108 168 194 204 214 221 228 239 263 275 280 287 295 340

14039 13955 4 3 114 181 212 219 231 239 251 260 289 296 310 317 328 385

14040 13958 4 3 126 201 236 242 259 269 277 290 317 331 341 353 360 424

14041 13958 4 3 115 175 200 208 215 221 229 240 263 274 280 291 . .

14042 13958 4 3 119 188 219 231 240 254 262 274 301 315 327 338 345 403

14043 13958 4 3 114 170 196 204 210 218 230 239 265 275 280 289 .

.

14044 13958 4 3 117 170 194 205 209 220 225 232 254 259 263 273 277 324

14045 13958 4 3 118 184 214 223 234 245 251 260 289 298 303 313 323 377

14046 13958 4 3 114 172 197 205 215 228 232 242 266 274 282 292 303 348

14047 13959 3 3 120 187 218 226 237 247 255 268 292 306 316 328 337 391

14048 13959 3 3 108 162 188 194 206 211 219 225 248 256 264 272 279 322

14049 13959 3 3 119 185 218 228 239 251 255 269 294 308 322 328 335 .

14050 13959 3 3 107 162 190 200 211 222 226 234 257 269 280 286 295 345

14051 13959 3 3 109 171 204 210 221 231 238 250 275 287 298 305 314 369

14052 13960 6 3 97 146 171 180 188 199 203 213 232 240 246 253 254 291

14053 13960 6 3 109 165 189 198 204 215 219 230 249 256 263 269 271 307

14054 13960 6 3 105 160 186 195 203 215 223 231 253 263 269 280 286 327

14055 13960 6 3 114 162 188 194 202 213 220 232 256 263 273 281 290 338

14056 13961 6 3 134 205 240 251 265 278 284 298 325 339 253 362 368 436

14057 13961 6 3 122 191 217 228 242 255 259 273 297 311 323 331 338 392

14058 13961 6 3 122 194 221 232 245 254 264 265 300 310 315 327 332 389

14059 13961 6 3 118 189 216 226 240 249 260 270 297 311 316 328 335 39614060 13962 4 3 114 172 197 206 213 224 231 240 263 273 282 288 297 341

14061 13962 4 3 112 173 201 208 218 228 236 248 275 284 296 303 311 367

14062 13962 4 3 113 174 200 210 219 230 236 247 269 281 292 295 303

.

14063 13962 4 3 121 191 219 232 243 251 262 269 304 317 327 329 341 390

14064 13963 1 3 121 188 215 221 236 249 252 269 291 296 310 319 326 384

14065 13963 1 3 123 191 218 224 237 250 255 259 296 301 312 324 333 385

14066 13964 2 3 119 186 211 220 231 239 245 239 285 295 301 312 325 367

14067 13964 2 3 107 167 192 200 211 219 225 235 262 271 279 288 296 340

14068 13964 2 3 124 196 217 230 237 252 258 274 297 313 322 332 341

.

14069 13965 5 3 101 159 183 192 206 216 221 231 259 266 272 282 288 338

14070 13965 5 3 111 171 196 208 220 226 236 246 273 284 293 302 302 362

14071 13965 5 3 114 177 206 215 225 237 242 256 281 291 307 310 284

.

14072 13965 5 3 109 172 193 202 211 221 229 241 264 279 286 291 .

.

14073 13966 3 3 124 196 227 238 248 260 267 281 315 320 327 344 348 405

14074 13966 3 3 120 185 211 222 231 240 248 261 289 300 306 321 326 379Female Body Weights 12:06 Monday, July 12, 2010 52

maleid litter group block bw28 bw35 bw38 bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56

14075 13966 3 3 118 183 210 221 229 241 249 261 286 298 310 315 324 375

14076 13966 3 3 99 159 185 192 199 211 217 226 251 258 268 273 .

.

14077 13967 4 3 104 166 194 200 211 221 231 242 268 281 293 301 315 368

14078 13967 4 3 106 164 194 200 211 221 229 241 272 279 291 299 310 361

14079 13968 5 3 108 168 191 202 210 222 227 234 259 270 279 285 295 336

14080 13968 5 3 106 166 194 199 205 214 226 233 259 267 272 279 282 325

14081 13969 4 3 114 170 197 209 219 230 234 247 278 290 299 302 314 365

14082 13969 4 3 124 191 214 224 235 245 249 261 288 299 309 316 314 371

14083 13970 1 3 118 177 206 215 223 235 242 249 276 290 299 304 318

.

14084 13970 1 3 111 176 203 213 222 234 242 251 280 294 302 312 320 373

14085 13970 1 3 120 186 210 220 231 241 249 257 285 294 302 286 297

.

14086 13970 1 3 114 170 195 203 212 224 228 238 266 272 280 323 327 344

14087 13971 4 3 125 189 218 227 238 245 256 265 288 304 313 331 325 .

14088 13971 4 3 129 194 226 232 248 253 263 276 300 310 318 293 336 387

14089 13972 1 3 99 159 189 199 207 217 226 236 264 277 284 308 300 358

14090 13972 1 3 102 167 197 208 217 227 234 245 279 290 300 292 316 375

14091 13972 1 3 94 155 178 189 202 211 219 231 259 271 284 317 309 368

14092 13972 1 3 101 168 199 207 219 233 241 253 287 296 305 270 334 389

14093 13972 1 3 98 151 176 186 193 202 211 219 244 250 264 339 278 .

14094 13973 2 3 122 192 225 236 250 262 268 277 312 322 331 338 .

.

14095 13973 2 3 122 196 230 246 256 267 275 292 327 338 345 355 267 432

14096 13973 2 3 123 192 220 230 241 256 262 275 302 315 324 332 336 389

14097 13973 2 3 123 192 220 233 243 253 261 274 304 314 325 331 344 394Female Body Weights 12:06 Monday, July 12, 2010 53

femaleid litter group block bw28 bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw42 bw49

13611 13478 3 1 97 105 114 118 126 132 139 143 149 156 161 174 .

13612 13478 3 1 110 117 125 133 138 146 155 158 170 172 177 190 220

13613 13478 3 1 106 114 124 134 139 145 153 156 166 167 173 192 216

13614 13478 3 1 105 114 121 130 136 143 152 154 168 171 167 187 217

13615 13479 4 1 91 103 105 113 122 124 131 134 144 147 150 172 202

13616 13479 4 1 94 100 106 116 120 127 134 137 147 151 152 171 197

13617 13479 4 1 98 107 114 122 128 134 139 142 147 154 161 179 198

13618 13479 4 1 91 96 105 112 120 123 128 133 139 147 150 171 .

13619 13480 3 1 75 80 86 91 96 102 107 109 113 117 121 138 157

13620 13480 3 1 77 81 89 95 100 105 111 115 120 122 126 145 168

13621 13481 1 1 108 115 124 130 135 142 151 153 160 163 171 187 211

13622 13481 1 1 106 109 123 124 129 135 146 145 156 160 164 193 .

13 623 13481 1 1 116 124 132 141 151 156 167 173 181 187 187 208 241

13624 13481 1 1 110 121 129 140 146 154 160 164 173 180 182 192 220

13625 13482 5 1 103 108 114 123 128 133 142 143 152 156 158 187 217

13626 13482 5 1 102 108 115 122 131 135 1 42 147 153 159 162 185 210

13627 13482 5 1 99 105 111 119 123 127 134 134 144 145 146 161 .

13628 13482 5 1 95 102 110 118 125 130 138 139 147 152 155 176 197

13629 13483 4 1 99 107 112 121 128 133 143 144 152 157 161 183 202

13630 13483 4 1 101 107 116 124 131 138 143 147 156 161 164 186 209

13631 13483 4 1 107 112 118 126 134 138 146 152 155 160 164 189 .

1363 2 13484 1 1 105 110 117 124 131 135 144 146 154 157 161 179 206

13633 13484 1 1 113 122 130 138 146 153 158 161 174 178 178 199 218

13634 13485 3 1 112 116 124 133 138 145 151 156 165 1 66 168 190 .

13635 13485 3 1 115 123 131 139 146 154 160 165 171 178 176 191 206

13636 13485 3 1 105 112 118 126 132 139 144 148 156 157 164 185 206

13637 13485 3 1 110 117 124 130 138 145 152 158 163 168 169 188 217

13638 13486 1 1 92 99 1 03 112 116 123 129 134 138 145 149 169 195

13639 13486 1 1 98 105 110 121 125 129 135 138 145 150 151 166 183

13640 13486 1 1 90 97 104 110 116 121 127 132 142 147 151 171 .

13641 13486 1 1 96 102 109 114 122 126 134 138 146 153 154 171 200

13642 13487 5 1 101 107 114 121 127 134 143 146 155 158 161 184 .

13643 13487 5 1 103 110 118 123 133 137 144 151 158 166 169 187 212

13644 13487 5 1 101 120 112 121 127 132 140 142 150 134 154 177 198

13645 13487 5 1 111 110 125 135 141 146 155 156 167 150 175 196 229

13646 13488 5 1 102 109 116 121 129 137 145 150 158 163 166 188 21713647 13488 5 1 99 104 110 117 124 131 137 143 152 155 157 184 .

13648 13488 5 1 100 110 117 126 133 141 149 152 162 169 170 183 217

13649 13489 4 1 95 100 106 111 119 122 130 129 138 142 146 161 185

13650 13489 4 1 101 108 116 123 131 136 143 144 155 160 161 177 206

13 651 13489 4 1 89 96 102 108 114 120 127 130 139 139 143 161 178

13652 13489 4 1 88 95 103 108 113 120 125 129 134 134 138 155 .

13653 13490 1 1 100 109 114 121 127 132 141 145 146 153 158 176 205

13654 13490 1 1 93 100 106 112 124 128 1 34 137 144 148 153 173 206

13655 13490 1 1 41 45 54 60 66 73 79 88 95 103 110 143 178

13656 13491 2 1 100 107 115 121 127 133 139 145 151 158 160 169 189

13657 13491 2 1 102 110 117 125 131 137 145 146 156 164 168 186 207

13658 13491 2 1 102 109 115 120 129 134 141 148 155 162 165 181 .

13659 13491 2 1 103 109 117 123 133 139 146 154 161 167 166 190 216

1366 0 13492 1 1 106 113 119 125 130 138 146 148 138 130 156 180 .

13661 13492 1 1 99 105 112 118 126 132 140 143 134 125 150 169 198Female Body Weights 12:06 Monday, July 12, 2010 54

femaleid litter group block bw28 bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw42 bw49

13662 13492 1 1 108 114 1 20 129 134 142 149 152 159 163 168 189 222

13663 13492 1 1 97 105 111 117 123 129 138 140 149 152 156 181 205

13664 13493 2 1 94 100 107 115 122 128 135 139 147 154 156 179 206

13665 13493 2 1 98 103 109 116 125 129 137 143 149 153 153 175 197

13666 13493 2 1 93 101 108 116 123 128 136 141 151 157 153 179 .

13667 13493 2 1 98 102 110 115 124 130 134 139 147 151 151 171 191

13668 13494 4 1 94 97 103 109 116 121 128 131 139 143 145 162 .

13669 13494 4 1 95 104 111 117 123 133 138 143 151 153 156 179 204

13670 13494 4 1 92 98 104 112 117 124 134 140 146 153 157 181 209

13671 13494 4 1 93 99 105 113 117 124 133 135 142 147 152 169 198

13672 13496 5 1 93 98 105 111 118 123 129 132 140 145 147 167 .

13673 13496 5 1 84 89 94 101 106 111 116 121 129 135 140 155 186

13674 13496 5 1 77 81 86 91 96 102 107 112 119 126 130 150 176

13 675 13496 5 1 81 85 91 97 102 108 113 125 126 128 136 151 180

13676 13497 3 1 103 108 115 121 129 133 139 143 147 153 153 172 197

13677 13497 3 1 113 120 128 135 142 148 154 157 159 167 173 192 217

13678 13497 3 1 108 115 120 128 136 141 1 50 153 162 162 166 188 .

13679 13497 3 1 111 119 126 133 141 147 156 161 170 176 177 202 230

13680 13498 4 1 104 109 115 121 128 134 142 149 157 163 167 188 215

13681 13498 4 1 88 94 97 104 109 116 122 128 134 141 144 166 193

13682 13498 4 1 98 104 112 119 126 133 141 144 157 158 162 179 204

13683 13498 4 1 101 109 114 124 131 141 148 152 160 166 171 192 224

1368 4 13499 1 1 102 106 115 120 128 136 141 144 149 153 159 182 206

13685 13499 1 1 100 105 115 121 127 134 142 142 145 151 155 169 .

13686 13499 1 1 102 111 117 123 129 138 142 146 154 1 61 164 184 206

13687 13499 1 1 95 103 110 114 118 124 131 132 160 142 151 164 187

13688 13500 3 1 106 111 119 127 134 142 151 155 160 164 169 186 .

13689 13500 3 1 114 120 128 137 143 153 161 165 169 174 176 195 226

13690 13500 3 1 110 115 1 25 133 139 146 155 160 165 169 173 193 221

13691 13500 3 1 97 106 113 122 129 134 143 143 151 155 158 173 207

13692 13501 5 1 88 93 98 106 111 117 122 128 137 141 144 163 189

13693 13501 5 1 95 102 108 115 120 127 136 142 151 157 157 183 214

13694 13501 5 1 101 107 114 122 129 136 142 143 153 160 162 181 209

13695 13501 5 1 93 101 107 114 118 124 134 138 146 149 156 179 210

13696 13502 2 1 100 105 114 121 126 134 141 145 155 159 165 191 216

13697 13502 2 1 100 105 113 119 127 135 142 146 155 162 166 186 21113698 13502 2 1 94 101 104 112 118 123 128 135 145 150 154 173 207

13699 13502 2 1 103 110 117 123 132 139 148 157 163 169 173 197 .

13700 13503 3 1 89 95 99 109 117 123 130 133 140 146 152 169 199

13701 13503 3 1 86 93 99 104 112 118 124 128 135 141 147 168 193

13702 13503 3 1 90 96 103 113 118 127 132 136 145 154 158 185 208

13 703 13503 3 1 83 89 96 104 107 114 123 127 136 142 150 176 197

13704 13504 4 1 96 104 109 118 125 130 137 140 146 153 159 175 210

13705 13504 4 1 103 110 117 126 134 140 147 148 156 160 165 177 209

13706 13504 4 1 99 105 113 120 125 134 1 38 141 148 150 153 169 190

13707 13504 4 1 95 101 108 117 123 131 137 140 147 153 158 172 202

13708 13505 2 1 102 107 114 119 127 133 138 140 149 151 155 176 .

13709 13505 2 1 113 119 125 131 137 146 150 155 158 166 158 183 206

13710 13505 2 1 105 113 120 128 135 142 148 153 158 164 172 183 211

13711 13505 2 1 98 104 111 119 128 131 141 145 150 158 168 183 213

1371 2 13506 2 1 96 102 107 113 121 126 134 138 144 152 149 171 191Female Body Weights 12:06 Monday, July 12, 2010 55

femaleid litter group block bw28 bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw42 bw49

13713 13506 2 1 92 98 103 111 117 122 130 132 139 149 151 170 192

13714 13506 2 1 98 104 11 1 118 121 121 136 141 145 148 154 168 201

13715 13506 2 1 103 111 118 126 133 141 149 152 158 163 171 189 218

13716 13507 2 1 114 122 129 139 145 154 160 164 174 180 187 211 244

13717 13507 2 1 94 100 107 115 120 127 133 133 141 141 145 162 184

13718 13507 2 1 109 118 125 134 139 149 157 157 161 165 170 189 221

13719 13507 2 1 108 116 124 133 138 145 150 153 157 158 164 181 205

14098 13938 3 3 108 115 120 126 134 . . 148 152 159 161 180 211

14099 13938 3 3 113 122 128 138 142 . . 161 165 169 172 189 211

14100 13938 3 3 120 109 132 139 147 . . 163 167 173 174 196 .

14101 13938 3 3 120 110 131 140 149 155 . 165 170 175 179 195 218

14102 13939 1 3 107 115 121 125 133 . . 148 154 159 165 185 .

14103 13939 1 3 110 115 122 131 138 . . 159 161 166 173 191 213

14104 13939 1 3 112 118 128 134 146 147 . 158 165 171 176 193 216

141 05 13939 1 3 115 123 131 136 141 . . 161 168 175 179 196 228

14106 13940 2 3 112 120 126 134 144 . . 161 168 175 179 195 .

14107 13940 2 3 110 118 127 138 143 152 . 159 167 170 176 195 215

14108 13940 2 3 117 124 133 142 150 . 16 6 168 166 176 183 203 225

14109 13940 2 3 104 113 118 127 133 145 . 154 154 161 167 187 217

14110 13941 1 3 113 121 126 132 137 . . 147 149 159 164 179 200

14111 13941 1 3 103 108 113 121 125 . . 136 136 143 146 166 .

14112 13941 1 3 114 120 125 134 139 . . 147 156 158 158 173 197

14113 13942 5 3 94 100 106 112 118 . . 134 142 149 153 173 193

14114 13942 5 3 97 103 109 117 121 126 . 138 144 148 154 172 1 91

14115 13942 5 3 101 108 115 123 128 . 143 144 150 157 156 172 .

14116 13943 5 3 94 98 102 110 114 . 127 128 134 1 37 139 161 180

14117 13943 5 3 91 95 101 107 114 . . 131 137 141 144 165 191

14118 13943 5 3 104 110 116 123 131 138 . 154 160 163 167 191 .

14119 13944 5 3 90 95 101 105 109 . . 124 127 132 134 153 .

14120 13944 5 3 93 100 1 06 114 122 . . 139 145 152 155 170 191

14121 13944 5 3 98 103 112 117 125 . . 142 143 149 153 162 181

14122 13944 5 3 88 95 102 109 114 . . 131 136 143 147 164 184

14123 13945 3 3 94 99 104 111 119 126 . 134 138 143 149 170 182

14124 13945 3 3 107 113 119 126 134 . . 151 155 162 164 183 .

14125 13945 3 3 108 119 126 134 142 . 158 157 167 171 174 201 225

14126 13946 2 3 110 117 124 131 140 . . 149 152 154 162 173 19814127 13946 2 3 107 116 124 130 137 148 . 159 162 164 171 188 .

14128 13946 2 3 100 108 114 122 130 . . 147 152 157 160 183 198

14129 13946 2 3 88 96 101 107 113 . . 130 136 139 145 162 181

14130 13947 2 3 110 118 123 131 134 142 . 151 156 159 161 175 198

14131 13947 2 3 105 111 114 120 125 . . 142 146 149 151 161 .

14132 13947 2 3 103 110 115 123 129 . . 149 156 163 166 186 210

14 133 13947 2 3 101 107 114 121 127 . . 147 153 160 162 180 211

14134 13948 3 3 94 101 106 112 118 . . 135 143 147 150 164 190

14135 13948 3 3 108 115 121 127 134 . . 152 158 164 166 184 206

14136 13948 3 3 95 103 107 113 119 126 . 134 138 141 147 162 .

14137 13949 6 3 90 97 102 106 113 . . 128 134 138 145 158 182

14138 13949 6 3 99 106 112 117 123 . . 141 142 150 155 168 190

14139 13949 6 3 101 107 114 120 127 . . 144 148 152 158 174 194

14140 13950 1 3 99 106 114 116 126 . . 141 143 149 155 168 188

14141 13950 1 3 97 103 114 113 121 . . 134 139 145 148 161 .Female Body Weights 12:06 Monday, July 12, 2010 56

femaleid litter group block bw28 bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw 37 bw38 bw42 bw49

14142 13950 1 3 106 114 117 126 130 137 . 144 151 158 161 181 207

14143 13951 6 3 103 110 115 122 128 . . 141 144 147 151 164 182

14144 13951 6 3 96 102 1 08 113 116 138 . 130 133 136 138 160 186

14145 13951 6 3 102 109 110 123 131 . . 145 149 156 157 175 199

14146 13951 6 3 99 104 116 115 122 . . 139 142 147 150 170 188

14147 13952 2 3 112 121 126 137 146 152 . 159 159 169 173 195 220

14148 13952 2 3 111 120 127 134 143 . . 152 157 165 166 186 204

14149 13952 2 3 116 123 128 136 144 . . 163 167 167 171 197 .

14150 13953 5 3 105 112 120 127 134 . . 150 155 159 164 183 208

14151 13953 5 3 98 105 110 117 124 . . 138 141 143 149 166 .

14152 13953 5 3 110 119 125 130 139 . . 156 158 162 167 188 216

14153 13954 6 3 106 112 116 121 129 . . 146 152 155 155 176 208

14154 13954 6 3 98 104 107 115 117 . . 136 141 146 152 173 194

14155 13954 6 3 99 108 114 121 127 134 . 143 148 152 156 172 190

14156 13954 6 3 102 109 116 121 129 . . 149 150 155 162 187 203

14 157 13955 4 3 110 118 124 131 140 . 155 159 166 170 176 196 .

14158 13955 4 3 105 111 120 125 133 . . 154 158 164 169 185 210

14159 13955 4 3 108 114 124 130 136 . . 156 161 164 166 187 210

14160 13955 4 3 103 109 116 121 127 . . 146 153 156 162 181 205

14161 13956 4 3 105 112 119 126 132 . . 152 161 165 165 191 .

14162 13956 4 3 97 105 108 116 120 . . 135 142 147 150 166 186

14163 13956 4 3 104 113 117 125 133 . . 153 155 164 166 185 211

14164 13958 3 3 101 108 115 119 131 . 142 143 148 152 157 174 .

14165 13958 3 3 99 106 112 118 123 . 136 140 144 149 152 171 193

1416 6 13958 3 3 105 111 118 124 133 . . 151 155 159 162 180 198

14167 13958 3 3 101 108 113 121 128 . . 147 148 155 160 178 192

14168 13959 3 3 101 107 114 119 126 . . 144 147 1 50 156 176 197

14169 13959 3 3 85 91 97 103 112 . . 126 135 139 146 164 .

14170 13959 3 3 108 116 124 130 138 . . 151 154 159 167 188 207

14171 13960 6 3 92 98 104 108 117 . 131 133 140 147 151 167 196

14172 13960 6 3 97 104 1 10 115 123 . . 141 146 150 155 182 202

14173 13960 6 3 95 100 106 111 119 . 130 131 137 142 146 163 183

14174 13960 6 3 96 103 108 115 121 . 135 136 138 148 151 172 189

14175 13961 6 3 115 120 124 133 . . . 155 155 164 173 190 222

14176 13961 6 3 118 127 133 138 . . . 165 166 174 178 193 218

14177 13961 6 3 120 127 134 143 148 158 . 166 172 175 175 201 22214178 13961 6 3 108 114 120 129 136 . . 152 156 164 168 192 211

14179 13962 4 3 109 116 121 129 137 143 . 151 158 164 166 187 208

14180 13962 4 3 98 106 111 117 123 . . 138 143 152 154 178 .

14181 13962 4 3 100 108 115 121 127 . . 142 147 154 156 179 201

14182 13962 4 3 105 111 120 127 131 . . 147 151 157 160 183 204

14183 13963 1 3 103 112 119 125 133 . 149 150 156 164 169 194 .

14184 13963 1 3 107 113 119 127 131 . . 144 154 162 169 181 219

14 185 13963 1 3 89 95 103 110 115 . 131 137 140 147 156 182 205

14186 13963 1 3 104 109 115 122 129 . . 150 153 160 167 191 206

14187 13964 2 3 111 117 125 132 137 . 153 154 158 162 165 187 205

14188 13964 2 3 109 118 126 133 141 . . 160 167 170 177 203 228

14189 13964 2 3 99 107 115 119 129 137 . 148 152 159 161 186 .

14190 13965 5 3 105 113 120 126 134 . . 156 156 165 167 195 .

14191 13965 5 3 96 101 109 115 121 . . 141 142 148 152 174 189

14192 13965 5 3 87 93 99 105 112 120 . 133 140 143 148 169 184Female Body Weights 12:06 Monday, July 12, 2010 57

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14193 13965 5 3 106 112 120 126 136 . . 157 162 167 170 191 212

14194 13966 3 3 105 112 117 123 131 . . 147 150 155 159 170 192

14195 13966 3 3 105 113 118 125 133 . . 149 156 161 163 183 207

14196 13966 3 3 101 107 1 15 122 127 . . 143 146 153 156 171 192

14197 13966 3 3 103 110 115 123 127 . . 144 149 157 158 178 .

14198 13967 4 3 92 98 102 111 117 . 131 134 139 143 156 167 .

14199 13967 4 3 91 97 102 107 115 . . 131 137 142 144 161 184

14200 13967 4 3 90 96 101 109 115 . . 132 138 141 146 162 181

14201 13967 4 3 86 92 97 103 109 . . 122 128 133 135 154 176

14202 13968 5 3 106 114 112 130 135 . 151 153 156 162 166 180 .

14203 13968 5 3 102 107 115 124 128 . . 148 149 157 163 179 199

14204 13968 5 3 100 107 114 120 126 . . 145 147 152 156 168 183

14205 13968 5 3 112 118 127 134 141 . 154 159 163 164 175 192 205

14206 13969 4 3 106 112 117 125 132 . . 148 152 158 163 178 198

14207 13969 4 3 104 112 117 124 131 . 144 147 153 156 159 176 .

14208 13969 4 3 102 108 116 123 130 . . 141 146 153 153 163 180

14 209 13969 4 3 108 117 126 131 140 . . 158 162 168 168 186 209

14210 13970 1 3 97 102 112 116 . 133 . 145 150 156 161 183 205

14211 13970 1 3 104 111 116 123 . 138 . 146 152 157 164 178 .

14212 13970 1 3 108 116 123 133 140 . . 156 161 167 171 191 215

14213 13971 4 3 112 118 124 132 138 . . 154 160 167 170 190 .

14214 13971 4 3 117 123 130 138 144 . . 156 162 170 175 190 211

14215 13971 4 3 111 119 125 131 137 . . 153 156 160 162 180 203

14216 13972 1 3 93 98 106 112 . . 132 135 139 146 150 170 .

14217 13972 1 3 96 103 110 117 . . 138 142 148 145 157 173 204

1421 8 13972 1 3 94 103 110 113 120 . . 140 142 145 153 171 199

14219 13973 2 3 114 121 132 137 143 . . 162 169 176 180 198 .

14220 13973 2 3 104 110 119 125 132 . . 152 155 1 62 168 187 212

14221 13973 2 3 110 119 127 132 141 . . 159 164 169 175 202 232

14222 13973 2 3 100 109 113 117 124 . . 144 147 151 154 174 19310A & 10C: Gestational Atrazine (b.i.d.) - F1 Body Weights 07:57 Tuesday, July 13, 2010 1

Males

gr oup

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

bw39 219.8 3.3 13 213.8 2.7 12 224.6 3.0 10 220.3 3.4 11 212.1 4.8 9 217.6 4.3 5

bw40 229.7 3.4 13 223.6 2.9 12 233.5 2.9 10 226.0 6.8 11 222.5 5.2 9 227.4 4.5 5

bw41 239.4 3.5 13 232.6 3.0 12 244.8 3.4 10 240.6 3.7 11 231.8 5.3 9 236.7 4.9 5

bw42 249.3 3.5 13 242.0 3.3 12 253.9 3.3 10 250.5 3.9 11 241.6 5.4 9 244.7 4.8 5

bw43 260.5 3.9 13 251.1 3.4 12 264.1 3.5 10 260.7 4.0 11 250.9 5.8 9 255.4 5.0 5

bw46 287.8 3.9 13 277.8 4.0 12 293.2 3.9 10 289.2 4.3 11 277.4 6.2 9 277.0 9.0 5

bw47 296.8 4.3 13 287.2 4.2 12 300.1 4.3 10 298.1 4.8 11 287.7 6.2 9 290.5 6.4 5

bw48 306.4 4.2 13 295.1 3.9 12 312.5 4.3 10 308.9 4.5 11 298.9 6.8 9 299.8 6.0 5

bw49 317.2 4.0 13 368.9 64.1 12 323.0 4.2 10 319.2 4.6 11 306.4 6.7 9 309.8 6.2 5

bw 50 327.3 4.0 13 316.0 4.8 12 333.2 4.6 10 328.3 5.0 11 307.6 11.0 9 321.1 6.0 5

bw56 382.7 4.4 13 363.5 6.6 12 387.7 5.2 10 383.6 5.7 11 368.2 7.1 9 379.4 9.9 5

bw58 390.2 5.5 10 388.9 8.6 10 401.4 13.0 4 406.0 12.0 6 383.6 7.9 6 393.4 8.1 510A & 10C: Gestational Atrazine (b.i.d.) - F1 Body Weights 07:57 Tuesday, July 13, 2010 2

Females

group

1 2 3 4 5 6

Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N Mean S.E. N

bw29 112.3 1.5 12 109.3 1.1 12 112.7 1.9 11 111.0 1.9 11 106.4 3.6 10 111.1 1.5 4

bw30 119.3 1.9 12 116 .0 1.3 12 120.4 2.1 11 118.7 2.0 11 113.8 3.7 10 117.8 1.5 4

bw31 125.7 2.0 12 122.5 1.4 12 127.1 2.0 11 125.4 2.2 11 120.4 3.9 10 123.6 0.9 4

bw32 131.6 2.2 12 128.5 1.4 12 132.8 1.9 11 131.7 2.3 11 126.2 3.9 10 129.2 1.2 4

bw33 138.8 2.2 12 135.4 1.4 12 139.5 2.2 11 138.4 2.6 11 132.8 4.1 10 135.9 0.8 4

bw34 152.7 9.9 12 141.7 1.5 12 146.2 2.2 11 144.9 2.6 11 138.7 4.1 10 142.2 1.4 4

bw35 151.0 2.2 12 147.6 1.6 12 152.6 2.3 11 151.0 2.5 11 145.3 4.3 10 148.7 1.2 4

bw36 156.5 2.3 12 153.4 1.7 12 157.5 2.2 11 156.7 2.6 11 151.4 4.3 10 154.9 1.4 4

bw37 162.7 2.4 12 159.0 1.7 12 163.5 2.4 11 163.3 2.9 11 158.3 4.4 10 160.6 1.6 4

bw38 168.0 2.7 12 164.6 1.9 12 168.7 2.2 11 168.9 2.8 11 163.4 4.5 10 167.2 1.9 4

bw49 215.4 3.5 12 209.7 3.2 12 216.6 2.9 11 214.9 3.9 11 204.0 5.4 10 220.8 3.1 4

bw56 240.3 4.5 12 233.8 3.7 12 240.2 3.6 11 237.4 4.4 11 230.0 5.0 10 245.4 4.7 4

bw63 255.2 6.1 12 252.9 5.1 12 255.5 4.4 11 257.5 4.1 11 243.2 7.4 9 . . 0

bw70 270.1 6.4 12 265.0 5.8 12 268.3 4.4 11 269.3 4.6 11 255.1 7.7 9 . . 0Male Body Weights 07:57 Tue sday, July 13, 2010 3

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Data for Analysis of bw39 bw40 bw41

bw42 bw4 3 bw46 bw47 bw48 bw49 bw50 bw56

Number of Observations Read 60

Number of Observations Used 60

Data for Analysis of bw58

Number of Observations Read 60

Number of Observations Used 41

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Male Body Weights 07:57 Tuesday, July 13, 2010 4

The GLM Procedure

Dependent Variable: bw39

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1078.230197 179.705033 1.43 0.2209

Error 53 6663.543581 125.727237

Corrected Total 59 7741.773778

R-Square Coeff Var Root MSE bw39 Mean

0.139274 5.139878 11.21282 218.1533

Source DF Type I SS Mean Square F Value Pr > F

group 5 1066.351969 213.270394 1.70 0.1516

block 1 11.878227 11.878227 0.09 0.7598

Source DF Type III SS Mean Square F Value Pr > F

group 5 1073.966995 214.793399 1.71 0.1488

block 1 11.878227 11.878227 0.09 0.7598Male Body Weights 07:57 Tuesday, July 13, 2010 5

The GLM Procedure

Dependent Variable: bw40

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 854.27133 142.37855 0.68 0.6659

Error 53 11087.25337 209.19346

Corrected Total 59 11941.52470

R-Square Coeff Var Root MSE bw40 Mean

0.071538 6.367170 14.46352 227.1578

Source DF Type I SS Mean Square F Value Pr > F

grou p 5 853.7211747 170.7442349 0.82 0.5435

block 1 0.5501542 0.5501542 0.00 0.9593

Source DF Type III SS Mean Square F Value Pr > F

group 5 853.7140756 170.7428151 0.82 0.5435

block 1 0.5501542 0.5501542 0.00 0.9593Male Body Weights 07:57 Tuesday, July 13, 2010 6

The GLM Procedure

Dependent Variable: bw41

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1312.482513 218.747086 1.44 0.2173

Er ror 53 8055.345376 151.987649

Corrected Total 59 9367.827889

R-Square Coeff Var Root MSE bw41 Mean

0.140105 5.184181 12.32833 237.8067

Source DF Type I SS Mean Square F Value Pr > F

group 5 1266.111962 253.222392 1.67 0.1590

block 1 46.370551 46.370551 0.31 0.5830

Source DF Type III SS Mean Square F Value Pr > F

group 5 1288.900773 257.780155 1.70 0.1517

block 1 46.370551 46.370551 0.31 0.5830Male Body Weights 07:57 Tuesday, July 13, 2010 7

The GLM Procedure

Dependent Variable: bw42

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1263.928440 210.654740 1.31 0.2706

Error 53 8546.545097 161.255568

Corrected Total 59 9810.473537

R-Square Coeff Var Root MSE bw42 Mean

0.128835 5.135526 12.69864 247.2706

Source DF Type I SS Mean Square F Value Pr > F

group 5 1257.915734 251.583147 1.56 0.1874

block 1 6.012706 6.012706 0.04 0.8476

Source DF Type III SS Mean Square F Value Pr > F

group 5 1263.884076 252.776815 1.57 0.1853

block 1 6.012706 6.012706 0.04 0.8476Male Body Weights 07:57 Tuesday, July 13, 2010 8

The GLM Procedure

Dependent Variable: bw43

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1582.64274 263.77379 1.46 0.2106

Error 53 9588.98842 180.92431

Corrected Total 59 11171.63116

R-Square Coeff Var Root MSE bw43 Mean

0.141666 5.225685 13.45081 257.3981

Source DF Type I SS Mean Square F Value Pr > F

group 5 1579.915103 315.983021 1.75 0.1401

block 1 2.727639 2.727639 0.02 0.9027

Source DF Type III SS Mean Square F Value Pr > F

group 5 1582.264766 316.452953 1.75 0.1395

block 1 2.727639 2.727639 0.02 0.9027Male Body Weights 07:57 Tuesday, July 13, 2010 9

The GLM Procedure

Dependent Variable: bw46

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2464.69481 410.78247 1.78 0.1210

Erro r 53 12229.62851 230.74771

Corrected Total 59 14694.32331

R-Square Coeff Var Root MSE bw46 Mean

0.167731 5.339211 15.19038 284.5061

Source DF Type I SS Mean Square F Value Pr > F

group 5 2414.057787 482.811557 2.09 0.0808

block 1 50.637020 50.637020 0.22 0.6414

Source DF Type III SS Mean Square F Value Pr > F

group 5 2463.962214 492.792443 2.14 0.0753

bl ock 1 50.637020 50.637020 0.22 0.6414Male Body Weights 07:57 Tuesday, July 13, 2010 10

The GLM Procedure

Dependent Variable: bw47

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1781.91706 296.98618 1.23 0.3054

Error 53 12785.10799 241.22845

Corrected Total 59 14567.02505

R-Square Coeff Var Root MSE bw47 Mean

0.122325 5.286845 15.53153 293.7769

Source DF Type I SS Mean Square F Value Pr > F

group 5 1626.164264 325.232853 1.35 0.2587

block 1 155.752795 155.752795 0.65 0.4253

So urce DF Type III SS Mean Square F Value Pr > F

group 5 1703.026705 340.605341 1.41 0.2351

block 1 155.752795 155.752795 0.65 0.4253Male Body Weights 07:57 Tuesday, July 13, 2010 11

The GLM Procedure

Dependent Variable: bw48

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2335.60854 389.26809 1.63 0.1564

Error 53 12634.92292 238.39477

Corrected Total 59 14970.53146

R-Square Coeff Var Root MSE bw48 Mean

0.156014 5.080004 15.44004 303.9375

Source DF Type I SS Mean Square F Value Pr > F

group 5 2335.116128 467.023226 1.96 0.1000

bl ock 1 0.492409 0.492409 0.00 0.9639

Source DF Type III SS Mean Square F Value Pr > F

group 5 2316.856169 463.371234 1.94 0.1025

block 1 0.492409 0.492409 0.00 0.9639Male Body Weights 07:57 Tuesday, July 13, 2010 12

The GLM Procedure

Depe ndent Variable: bw49

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 40034.5607 6672.4268 0.65 0.6870

Error 53 541011.2477 10207.7594

Corrected Total 59 581045.8084

R-Square Coeff Var Root MSE bw49 Mean

0.068901 30.93150 101.0335 326.6361

So urce DF Type I SS Mean Square F Value Pr > F

group 5 28449.29638 5689.85928 0.56 0.7320

block 1 11585.26435 11585.26435 1.13 0.2916

Source DF Type III SS Mean Square F Value Pr > F

group 5 32029.86035 6405.97207 0.63 0.6794

bloc k 1 11585.26435 11585.26435 1.13 0.2916Male Body Weights 07:57 Tuesday, July 13, 2010 13

The GLM Procedure

Dependent Variable: bw50

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 4323.54416 720.59069 1.95 0.0901

Error 53 19611.55888 370.02941

Corrected Total 59 23935.10304

R-Square Coeff Var Root MSE bw50 Mean

0.180636 5.960549 19.23615 322.7244

Source DF Type I SS Mean Square F Value Pr > F

group 5 4323.540474 864.708095 2.34 0.0544

block 1 0.003684 0.003684 0.00 0.9975

Sour ce DF Type III SS Mean Square F Value Pr > F

group 5 4313.863343 862.772669 2.33 0.0549

block 1 0.003684 0.003684 0.00 0.9975Male Body Weights 07:57 Tuesday, July 13, 2010 14

The GLM Procedure

Dependent Variable: bw56

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 5176.22478 862.70413 2.26 0.0513

Error 53 20220.71798 381.52298

Corrected Total 59 25396.94276

R-Square Coeff Var Root MSE bw56 Mean

0.203813 5.175566 19.53261 377.4006

Source DF Type I SS Mean Square F Value Pr > F

group 5 4955.545537 991.109107 2.60 0.0357

bloc k 1 220.679241 220.679241 0.58 0.4503

Source DF Type III SS Mean Square F Value Pr > F

group 5 4974.258097 994.851619 2.61 0.0351

block 1 220.679241 220.679241 0.58 0.4503Male Body Weights 07:57 Tuesday, July 13, 2010 15

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw39 LSMEAN Error Pr > |t| Number

1 219.762879 3.112061 <.0001 1

2 213.784722 3.236861 <.0001 2

3 224.630000 3.545804 <.0001 3

4 220.354476 3.383598 <.0001 4

5 212.050084 3.741398 <.0001 5

6 217.084094 5.238611 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

De pendent Variable: bw39

i/j 1 2 3 4 5 6

1 0.1888 0.3069 0.8982 0.1186 0.6605

2 0.1888 0.0280 0.1664 0.7273 0.5943

3 0.3069 0.0280 0.3870 0.0180 0.2382

4 0.8982 0.1664 0.3870 0.1059 0.6041

5 0.1186 0.7273 0.0180 0.1059 0.4349

6 0.6605 0.5943 0.2382 0.6041 0.4349

Standard LSMEAN

group bw40 LSMEAN Error Pr > |t| Number

1 229.724338 4.014278 <.0001 1

2 223.590278 4.175259 <.0001 2

3 233.490000 4.573767 <.0001 3

4 225.990934 4.364537 <.0001 4

5 222.451822 4.826066 <.0001 5

6 227.299731 6.757337 <.0001 6Male Body Weights 07:57 Tuesday, July 13, 2010 16

The GLM Procedure

Least Squares Means

Least Sq uares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw40

i/j 1 2 3 4 5 6

1 0.2944 0.5387 0.5320 0.2515 0.7578

2 0.2944 0.1159 0.6926 0.8591 0.6424

3 0.5387 0.1159 0.2408 0.1028 0.4514

4 0.5320 0.6926 0.2408 0.5891 0.8721

5 0.2515 0.8591 0.1028 0.5891 0.5594

6 0.7578 0.6424 0.4514 0.8721 0.5594

Standard LSMEAN

group bw41 LSMEAN Error Pr > |t| Number

1 239.362522 3.421665 <.0001 1

2 232.611111 3.558881 <.0001 2

3 244.820000 3.898559 <.0001 3

4 240.688231 3.720217 <.0001 4

5 231.712532 4.113612 <.0001 5

6 235.729457 5.759777 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw41

i/j 1 2 3 4 5 6

1 0.1772 0.2975 0.7943 0.1583 0.5881

2 0.1772 0.0246 0.1226 0.8694 0.64703 0.2975 0.0246 0.4466 0.0247 0.1968

4 0.7943 0.1226 0.4466 0.1119 0.4751

5 0.1583 0.8694 0.0247 0.1119 0.5704

6 0.5881 0.6470 0.1968 0.4751 0.5704

Standard LSMEAN

group bw42 LSMEAN Error Pr > |t| Number

1 249.225784 3.524445 <.0001 1

2 241.972222 3.665783 <.0001 2

3 253.860000 4.015664 <.0001 3

4 250.540741 3.831964 <.0001 4

5 241.583539 4.237177 <.0001 5

6 244.368520 5.932788 <.0001 6Male Body Weights 07:57 Tuesday, July 13, 2010 17

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw42

i/j 1 2 3 4 5 6

1 0.1596 0.3897 0.8017 0.1710 0.4825

2 0.1596 0.0332 0.1121 0.9450 0.7325

3 0.3897 0.0332 0.5524 0.0402 0.1909

4 0.8017 0.1121 0.5524 0.1232 0.3886

5 0.1710 0.9450 0.0402 0.1232 0.7022

6 0.4825 0.7325 0.1909 0.3886 0.7022

Standard LSMEAN

group bw43 LSMEAN Error Pr > |t| Number

1 260.499493 3.733205 <.0001 1

2 251.097222 3.882915 <.0001 2

3 264.130000 4.253520 <.0001 3

4 260.743024 4.058939 <.0001 4

5 250.864082 4.488153 <.0001 5

6 255.126737 6.284200 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

De pendent Variable: bw43

i/j 1 2 3 4 5 6

1 0.0867 0.5240 0.9650 0.1045 0.4634

2 0.0867 0.0278 0.0918 0.9688 0.58773 0.5240 0.0278 0.5670 0.0365 0.2407

4 0.9650 0.0918 0.5670 0.1088 0.4585

5 0.1045 0.9688 0.0365 0.1088 0.5809

6 0.4634 0.5877 0.2407 0.4585 0.5809

Standard LSMEAN

group bw46 LSMEAN Error Pr > |t| Number

1 287.750362 4.216014 <.0001 1

2 277.805556 4.385086 <.0001 2

3 293.170000 4.803621 <.0001 3

4 289.325330 4.583875 <.0001 4

5 277.300523 5.068599 <.0001 5

6 276.038040 7.096925 <.0001 6Male Body Weights 07:57 Tuesday, July 13, 2010 18

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw46

i/j 1 2 3 4 5 6

1 0.1080 0.4003 0.8015 0.1186 0.1598

2 0.1080 0.0219 0.0750 0.9402 0.8330

3 0.4003 0.0219 0.5650 0.0271 0.0507

4 0.8015 0.0750 0.5650 0.0845 0.1237

5 0.1186 0.9402 0.0271 0.0845 0.8847

6 0.1598 0.8330 0.0507 0.1237 0.8847

Standard LSMEAN

group bw47 LSMEAN Error Pr > |t| Number

1 296.653556 4.310698 <.0001 1

2 287.236111 4.483567 <.0001 2

3 300.060000 4.911501 <.0001 3

4 298.297312 4.686821 <.0001 4

5 287.469952 5.182430 <.0001 5

6 288.812901 7.256309 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw47

i/j 1 2 3 4 5 6

1 0.1359 0.6044 0.7975 0.1785 0.3548

2 0.1359 0.0592 0.0940 0.9729 0.85403 0.6044 0.0592 0.7961 0.0836 0.2049

4 0.7975 0.0940 0.7961 0.1275 0.2797

5 0.1785 0.9729 0.0836 0.1275 0.8801

6 0.3548 0.8540 0.2049 0.2797 0.8801

Standard LSMEAN

group bw48 LSMEAN Error Pr > |t| Number

1 306.438066 4.285305 <.0001 1

2 295.090278 4.457155 <.0001 2

3 312.490000 4.882569 <.0001 3

4 308.870164 4.659212 <.0001 4

5 298.899429 5.151902 <.0001 5

6 299.894861 7.213564 <.0001 6Male Body Weights 07:57 Tuesday, July 13, 2010 19

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

De pendent Variable: bw48

i/j 1 2 3 4 5 6

1 0.0721 0.3558 0.7026 0.2653 0.4368

2 0.0721 0.0111 0.0372 0.5784 0.5734

3 0.3558 0.0111 0.5940 0.0609 0.1541

4 0.7026 0.0372 0.5940 0.1574 0.3032

5 0.2653 0.5784 0.0609 0.1574 0.9105

6 0.4368 0.5734 0.1541 0.3032 0.9105

Standard LSMEAN

group bw49 LSMEAN Error Pr > |t| Number

1 316.085865 28.041328 <.0001 1

2 368.909722 29.165847 <.0001 2

3 322.985000 31.949584 <.0001 3

4 320.533372 30.488027 <.0001 4

5 304.790693 33.711993 <.0001 5

6 295.199573 47.202686 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw49

i/j 1 2 3 4 5 6

1 0.1973 0.8717 0.9150 0.7976 0.7038

2 0.1973 0.2932 0.2567 0.1562 0.18973 0.8717 0.2932 0.9559 0.6968 0.6279

4 0.9150 0.2567 0.9559 0.7307 0.6557

5 0.7976 0.1562 0.6968 0.7307 0.8685

6 0.7038 0.1897 0.6279 0.6557 0.8685

Standard LSMEAN

group bw50 LSMEAN Error Pr > |t| Number

1 327.336548 5.338896 <.0001 1

2 315.993056 5.552998 <.0001 2

3 333.170000 6.083004 <.0001 3

4 328.262867 5.804733 <.0001 4

5 307.591681 6.418556 <.0001 5

6 321.041794 8.987101 <.0001 6Male Body Weights 07:57 Tuesday, July 13, 2010 20

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw50

i/j 1 2 3 4 5 6

1 0.1468 0.4742 0.9070 0.0216 0.5477

2 0.1468 0.0419 0.1326 0.3267 0.6347

3 0.4742 0.0419 0.5620 0.0055 0.2688

4 0.9070 0.1326 0.5620 0.0206 0.5049

5 0.0216 0.3267 0.0055 0.0206 0.2258

6 0.5477 0.6347 0.2688 0.5049 0.2258

Standard LSMEAN

group bw56 LSMEAN Error Pr > |t| Number

1 382.536550 5.421179 <.0001 1

2 363.472222 5.638580 <.0001 2

3 387.700000 6.176755 <.0001 3

4 383.793168 5.894194 <.0001 4

5 367.989831 6.517478 <.0001 5

6 377.341816 9.125609 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw56

i/j 1 2 3 4 5 6

1 0.0182 0.5325 0.8760 0.0918 0.6249

2 0.0182 0.0055 0.0159 0.6023 0.20163 0.5325 0.0055 0.6491 0.0326 0.3515

4 0.8760 0.0159 0.6491 0.0781 0.5572

5 0.0918 0.6023 0.0326 0.0781 0.4052

6 0.6249 0.2016 0.3515 0.5572 0.4052

NOTE: To ensure overall protection level, only probabilities a ssociated with pre-planned comparisons should be used.Male Body Weights 07:57 Tuesday, July 13, 2010 21

The GLM Procedure

Dependent Variable: bw58

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 2202.60579 367.10096 0.66 0.6785

Er ror 34 18778.33324 552.30392

Corrected Total 40 20980.93902

R-Square Coeff Var Root MSE bw58 Mean

0.104981 5.984578 23.50115 392.6951

Source DF Type I SS Mean Square F Value Pr > F

group 5 2074.218191 414.843638 0.75 0.5911

block 1 128.387597 128.387597 0.23 0.6328

Source DF Type III SS Mean Square F Value Pr > F

group 5 2171.378885 434.275777 0.79 0.5668

block 1 128.387597 128.387597 0.23 0.6328Male Body Weights 07:57 Tuesday, July 13, 2010 22

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw58 LSMEAN Error Pr > |t| Number

1 391.046512 7.636296 <.0001 1

2 389.273256 7.483385 <.0001 2

3 403.491279 12.543620 <.0001 3

4 406.705426 9.705224 <.0001 4

5 384.288760 9.705224 <.0001 5

6 395.516279 11.389785 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw58

i/j 1 2 3 4 5 6

1 0.8675 0.3853 0.2058 0.5814 0.7358

2 0.8675 0.3285 0.1605 0.6842 0.6428

3 0.3853 0.3285 0.8364 0.2224 0.6162

4 0.2058 0.1605 0.8364 0.1077 0.4465

5 0.5814 0.6842 0.2224 0.1077 0.4450

6 0.7358 0.6428 0.6162 0.4465 0.4450

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 07:57 Tuesday, July 13, 2010 23

The GLM Procedure

Class Level Information

Class Levels Values

group 6 1 2 3 4 5 6

block 2 2 4

Data for Analysis of bw29 bw30

bw31 bw32 bw33 bw34 bw35

bw36 bw37 bw38 bw49 bw56

Number of Observations Read 60

Number of Observations Used 60

Data for Analysis of bw63 bw70

Number of Observations Read 60

Number of Observations Used 55

NOTE: Variables in each group are consistent with respect to the presence or absence of missing values.Female Body Weights 07:57 Tuesday, July 13, 2010 24

The GLM Procedure

Dependent Variable: bw29

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 395.917198 65.986200 1.51 0.1914

Error 53 2308.761505 43.561538

Corre cted Total 59 2704.678704

R-Square Coeff Var Root MSE bw29 Mean

0.146382 5.974158 6.600117 110.4778

Source DF Type I SS Mean Square F Value Pr > F

group 5 281.9663089 56.3932618 1.29 0.2802

block 1 113.9508895 113.9508895 2.62 0.1117

Source DF Type III SS Mean Square F Value Pr > F

group 5 299.6141494 59.9228299 1.38 0.2483

block 1 113.9508895 113.9508895 2.62 0.1117Female Body Weights 07:57 Tuesday, July 13, 2010 25

The GLM Procedure

Dependent Variable: bw30

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 480.160036 80.026673 1.58 0.1707

Error 53 2681.388113 50.592229

Corrected Total 59 3161.548148

R-Square Coeff Var Root MSE bw30 Mean

0.151875 6.042894 7.112821 117.7056

Source DF Type I SS Mean Square F Value Pr > F

group 5 308.1859217 61.6371843 1.22 0.3135

block 1 171.9741138 171.9741138 3.40 0.0708

Source DF Type III SS Mean Square F Value Pr > F

group 5 338.9048167 67.7809633 1.34 0.2620

block 1 171.9741138 171.9741138 3.40 0.0708Female Body Weights 07:57 Tuesday, July 13, 2010 26

The GLM Procedure

Dependent Variable: bw31

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 420.112714 70.018786 1.24 0.3024

Error 53 2999.283003 56.590245

Corrected Total 59 3419.395718

R-Square Coeff Var Root MSE bw31 Mean

0.122862 6.056544 7.522649 124.2069

Source DF Type I SS Mean Square F Value Pr > F

group 5 313.8071654 62.7614331 1.11 0.3668

block 1 106.3055491 106.3055491 1.88 0.1763

Source DF Type III SS Mean Square F Value Pr > F

group 5 341.0993856 68.2198771 1.21 0.3194

block 1 106.3055491 106.3055491 1.88 0.1763Female Body Weights 07:57 Tuesday, July 13, 2010 27

The GLM Procedure

Dependent Variable: bw32

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 337.284249 56.214041 0.9 1 0.4984

Error 53 3291.875358 62.110856

Corrected Total 59 3629.159606

R-Square Coeff Var Root MSE bw32 Mean

0.092937 6.054515 7.881044 130.1681

Source DF Type I SS Mean Square F Value Pr > F

group 5 318.8747370 63.7749474 1.03 0.4115

block 1 18.4095118 18.4095118 0.30 0.5884

Source DF Type III SS Mean Square F Value Pr > F

group 5 329.6881477 65.9376295 1.06 0.3920

block 1 18.4095118 18.4095118 0.30 0.5884Female Body Weights 07:57 Tuesday, July 13, 2010 28

The GLM Procedure

Dependent Variable: bw33

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 387.677567 64.612928 0.94 0.4736

Error 53 3637.795928 68.637659

Corrected Total 59 4025.473495

R-Square Coeff Var Root MSE bw33 Mean

0.096306 6.048085 8.284785 136.9819

Source DF Type I SS Mean Square F Value Pr > F

group 5 342.3113952 68.4622790 1.00 0.4284

block 1 45.3661719 45.3661719 0.66 0.4199

Source DF Type III SS Mean Square F Value Pr > F

group 5 362.4747882 72.4949576 1.06 0.3950

block 1 45.3661719 45.3661719 0.66 0.4199Female Body Weights 07:57 Tuesday, July 13, 2010 29

The GLM Procedure

Dependent Variable: bw34

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1661.52010 276.92002 0.94 0.4766

Error 53 15665.91728 295.58334

Corrected Total 59 17327.43738

R-Square Coeff Var Root MSE bw34 Mean

0.095890 11.87045 17.19254 144.8347

Source DF Type I SS Mean Square F Value Pr > F

group 5 1279.972306 255.994461 0.87 0.5101

block 1 381.547794 381.547794 1.29 0.2610

Source DF Type III SS Mean Square F Value Pr > F

group 5 1403.047456 280.609491 0.95 0.4572

block 1 381.547794 381.547794 1.29 0.2610Female Body Weights 07:57 Tuesday, July 13, 2010 30

The GLM Procedure

Dependent Variable: bw35

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 410.001409 68.333568 0.93 0.4823

Error 53 3900.539795 73.595090

Corrected Total 59 4310.541204

R-Square Coeff Var Root MSE bw35 Mean

0.095116 5.738193 8.578758 149.5028

Source DF Type I SS Mean Square F Value Pr > F

group 5 384.6159091 76.9231818 1.05 0.4011

block 1 25.3854997 25.3854997 0.34 0.5595

Source DF Type III SS Mean Square F Value Pr > F

group 5 397.4391146 79.4878229 1.08 0.3821

block 1 25.3854997 25.3854997 0.34 0.5595Female Body Weights 07:57 Tuesday, July 13, 2010 31

The GLM Procedure

Dependent Variable: bw36

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 310.990932 51.831822 0.69 0.6605

Error 53 3995.992401 75.396083

Corrected Total 59 4306.983333

R-Square Coeff Var Root MSE bw36 Mean

0.072206 5.596579 8.683092 155.1500

Sour ce DF Type I SS Mean Square F Value Pr > F

group 5 288.6887100 57.7377420 0.77 0.5786

block 1 22.3022221 22.3022221 0.30 0.5888

Source DF Type III SS Mean Square F Value Pr > F

group 5 298.3211042 59.6642208 0.79 0.5607

block 1 22.3022221 22.3022221 0.30 0.5888Female Body Weights 07:57 Tuesday, July 13, 2010 32

The GLM Procedure

Dependent Variable: bw37

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 286.119203 47.686534 0.57 0.7559

Error 53 4470.218181 84.343739

Corrected Total 59 4756.337384

R-Square Coeff Var Root MSE bw37 Mean

0.060155 5.692246 9.183885 161.3403

Source DF Type I SS Mean Square F Value Pr > F

group 5 282.4628051 56.4925610 0.67 0.6481

block 1 3.6563977 3.6563977 0.04 0.8359

Source DF Type III SS Mean Square F Value Pr > F

group 5 285.6625238 57.1325048 0.68 0.6425

block 1 3.6563977 3.6563977 0.04 0.8359Female Body Weights 07:57 Tuesday, July 13, 2010 33

The GLM Procedure

Dependent Variable: bw38

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 342.571478 57.095246 0.66 0.6837

Error 53 4599.616022 86.785208

Corrected Total 59 4942.187500

R-Square Coeff Var Root MSE bw38 Mean

0.069316 5.585326 9.315858 166.7917

Source DF Type I SS Mean Square F Value Pr > F

group 5 276.7748422 55.3549684 0.64 0.6718

block 1 65.7966358 65.7966358 0.76 0.3878

Source DF Type III SS Mean Square F Value Pr > F

group 5 291.4911142 58.2982228 0.67 0.6466

block 1 65.7966358 65.7966358 0.76 0.3878Female Body Weights 07:57 Tuesday, July 13, 2010 34

The GLM Procedure

Dependent Variable: bw49

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1659.129284 276.521547 1.82 0.1126

Error 53 8048.157753 151.852033

Corrected Total 59 9707.287037

R-Square Coeff Var Root MSE bw49 Mean

0.170916 5.789139 12.32283 212.8611

Source DF Type I SS Mean Square F Value Pr > F

group 5 1440.139299 288.027860 1.90 0.1104

block 1 218.989984 218.989984 1.44 0.2351

Source DF Type III SS Mean Square F Value Pr > F

group 5 1392.563160 278.512632 1.83 0.1220

bl ock 1 218.989984 218.989984 1.44 0.2351Female Body Weights 07:57 Tuesday, July 13, 2010 35

The GLM Procedure

Dependent Variable: bw56

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 6 1855.76459 309.29410 1.66 0.1489

Error 53 9868.58020 186.19963

Corrected Total 59 11724.34479

R-Square Coeff Var Root MSE bw56 Mean

0.158283 5.755874 13.64550 237.0708

Source DF Type I SS Mean Square F Value Pr > F

group 5 1138.129566 227.625913 1.22 0.3116

block 1 717.635028 717.635028 3.85 0.0549

Source DF Type III SS Mean Square F Value Pr > F

group 5 1029.862938 205.972588 1.11 0.3682

block 1 717.635028 717.635028 3.85 0.0549Female Body Weights 07:57 Tuesday, July 13, 2010 36

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw29 LSMEAN Error Pr > |t| Number

1 112.263889 1.905290 <.0001 1

2 109.333333 1.905290 <.0001 2

3 112.612066 1.991642 <.0001 3

4 111.122783 1.991642 <.0001 4

5 106.104878 2.094659 <.0001 5

6 109.691054 3.417080 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw29

i/j 1 2 3 4 5 6

1 0.2817 0.9000 0.6805 0.0341 0.5136

2 0.2817 0.2395 0.5190 0.2593 0.9275

3 0.9000 0.2395 0.5995 0.0283 0.4614

4 0.6805 0.5190 0.5995 0.0889 0.7200

5 0.0341 0.2593 0.0283 0.0889 0.3703

6 0.5136 0.9275 0.4614 0.7200 0.3703

Standard LSMEAN

group bw30 LSMEAN Error Pr > |t| Number

1 119.319444 2.053295 <.0001 1

2 116.013889 2.053295 <.0001 2

3 120.195916 2.146355 <.0001 3

4 118.857114 2.146355 <.0001 4

5 113.422682 2.257374 <.0001 5

6 115.988408 3.682523 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 37

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean( j)

Dependent Variable: bw30

i/j 1 2 3 4 5 6

1 0.2601 0.7691 0.8769 0.0587 0.4330

2 0.2601 0.1650 0.3428 0.3996 0.9952

3 0.7691 0.1650 0.6612 0.0339 0.3259

4 0.8769 0.3428 0.6612 0.0874 0.5058

5 0.0587 0.3996 0.0339 0.0874 0.5511

6 0.4330 0.9952 0.3259 0.5058 0.5511

Standard LSMEAN

group bw31 LSMEAN Error Pr > |t| Number

1 125.659722 2.171602 <.0001 1

2 122.451389 2.171602 <.0001 2

3 126.942272 2.270024 <.0001 3

4 125.481970 2.270024 <.0001 4

5 120.114665 2.387440 <.0001 5

6 122.239993 3.894703 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw31

i/j 1 2 3 4 5 6

1 0.3009 0.6847 0.9551 0.0916 0.4465

2 0.3009 0.1587 0.3391 0.4722 0.96243 0.6847 0.1587 0.6513 0.0428 0.2994

4 0.9551 0.3391 0.6513 0.1098 0.4772

5 0.0916 0.4722 0.0428 0.1098 0.6404

6 0.4465 0.9624 0.2994 0.4772 0.6404

Standard LSMEAN

group bw32 LSMEAN Error Pr > |t| Number

1 131.625000 2.275061 <.0001 1

2 128.493056 2.275061 <.0001 2

3 132.735482 2.378172 <.0001 3

4 131.764518 2.378172 <.0001 4

5 126.126394 2.501183 <.0001 5

6 128.611138 4.080255 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 38

The GLM Procedure

Lea st Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw32

i/j 1 2 3 4 5 6

1 0.3348 0.7371 0.9663 0.1098 0.5216

2 0.3348 0.2030 0.3247 0.4870 0.9799

3 0.7371 0.2030 0.7741 0.0605 0.3843

4 0.9663 0.3247 0.7741 0.1089 0.5091

5 0.1098 0.4870 0.0605 0.1089 0.6022

6 0.5216 0.9799 0.3843 0.5091 0.6022

Standard LSMEAN

group bw33 LSMEAN Error Pr > |t| Number

1 138.798611 2.391611 <.0001 1

2 135.361111 2.391611 <.0001 2

3 139.417748 2.500005 <.0001 3

4 138.506495 2.500005 <.0001 4

5 132.627379 2.629317 <.0001 5

6 135.032726 4.289284 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw33

i/j 1 2 3 4 5 6

1 0.3141 0.8587 0.9330 0.0883 0.4466

2 0.3141 0.2462 0.3674 0.4452 0.94693 0.8587 0.2462 0.7978 0.0663 0.3789

4 0.9330 0.3674 0.7978 0.1117 0.4891

5 0.0883 0.4452 0.0663 0.1117 0.6312

6 0.4466 0.9469 0.3789 0.4891 0.6312

Standard LSMEAN

group bw34 LSMEAN Error Pr > |t| Number

1 152.687500 4.963058 <.0001 1

2 141.673611 4.963058 <.0001 2

3 145.935705 5.187995 <.0001 3

4 145.124901 5.187995 <.0001 4

5 138.208552 5.456343 <.0001 5

6 139.563594 8.901097 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 39

The GLM Procedure

Least Squares Means

Least Squares Mea ns for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw34

i/j 1 2 3 4 5 6

1 0.1226 0.3513 0.2970 0.0549 0.2034

2 0.1226 0.5553 0.6327 0.6404 0.8368

3 0.3513 0.5553 0.9125 0.3086 0.5370

4 0.2970 0.6327 0.9125 0.3633 0.5933

5 0.0549 0.6404 0.3086 0.3633 0.8962

6 0.2034 0.8368 0.5370 0.5933 0.8962

Standard LSMEAN

group bw35 LSMEAN Error Pr > |t| Number

1 151.027778 2.476474 <.0001 1

2 147.590278 2.476474 <.0001 2

3 152.521805 2.588714 <.0001 3

4 151.069104 2.588714 <.0001 4

5 145.114638 2.722614 <.0001 5

6 148.010690 4.441483 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw35

i/j 1 2 3 4 5 6

1 0.3308 0.6783 0.9908 0.1141 0.5555

2 0.3308 0.1744 0.3359 0.5041 0.93443 0.6783 0.1744 0.6933 0.0535 0.3820

4 0.9908 0.3359 0.6933 0.1195 0.5562

5 0.1141 0.5041 0.0535 0.1195 0.5769

6 0.5555 0.9344 0.3820 0.5562 0.5769

Standard LSMEAN

group bw36 LSMEAN Error Pr > |t| Number

1 156.527778 2.506593 <.0001 1

2 153.354167 2.506593 <.0001 2

3 157.465057 2.620197 <.0001 3

4 156.769792 2.620197 <.0001 4

5 151.306458 2.755726 <.0001 5

6 154.240622 4.495499 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 40

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw36

i/j 1 2 3 4 5 6

1 0.3747 0.7970 0.9470 0.1669 0.6586

2 0.3747 0.2620 0.3505 0.5848 0.8639

3 0.7970 0.2620 0.8520 0.1107 0.5363

4 0.9470 0.3505 0.8520 0.1574 0.6305

5 0.1669 0.5848 0.1107 0.1574 0.5765

6 0.6586 0.8639 0.5363 0.6305 0.5765

Standard LSMEAN

group bw37 LSMEAN Error Pr > |t| Number

1 162.729167 2.651159 <.0001 1

2 158.986111 2.651159 <.0001 2

3 163.522103 2.771316 <.0001 3

4 163.303654 2.771316 <.0001 4

5 158.198628 2.914662 <.0001 5

6 160.305638 4.754775 <.0001 6

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw37

i/j 1 2 3 4 5 6

1 0.3227 0.8370 0.8815 0.2554 0.6580

2 0.3227 0.2422 0.2653 0.8423 0.80943 0.8370 0.2422 0.9558 0.1906 0.5596

4 0.8815 0.2653 0.9558 0.2106 0.5899

5 0.2554 0.8423 0.1906 0.2106 0.7043

6 0.6580 0.8094 0.5596 0.5899 0.7043

Standard LSMEAN

group bw38 LSMEAN Error Pr > |t| Number

1 167.979167 2.689257 <.0001 1

2 164.604167 2.689257 <.0001 2

3 168.620640 2.811140 <.0001 3

4 168.970269 2.811140 <.0001 4

5 163.207076 2.956545 <.0001 5

6 166.097878 4.823101 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 41

The GLM Procedure

Least Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw38

i/j 1 2 3 4 5 6

1 0.3789 0.8697 0.7999 0.2378 0.7347

2 0.3789 0.3066 0.2668 0.7281 0.7878

3 0.8697 0.3066 0.9303 0.1895 0.6517

4 0.7999 0.2668 0.9303 0.1643 0.6106

5 0.2378 0.7281 0.1895 0.1643 0.6079

6 0.7347 0.7878 0.6517 0.6106 0.6079

Standard LSMEAN

group bw49 LSMEAN Error Pr > |t| Number

1 215.444444 3.557293 <.0001 1

2 209.722222 3.557293 <.0001 2

3 216.395043 3.718518 <.0001 3

4 215.120109 3.718518 <.0001 4

5 203.577428 3.910858 <.0001 5

6 218.824639 6.379900 <.0001 6

Least Squa res Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw49

i/j 1 2 3 4 5 6

1 0.2605 0.8542 0.9500 0.0290 0.6454

2 0.2605 0.2004 0.2990 0.2503 0.21823 0.8542 0.2004 0.8095 0.0210 0.7423

4 0.9500 0.2990 0.8095 0.0374 0.6196

5 0.0290 0.2503 0.0210 0.0374 0.0445

6 0.6454 0.2182 0.7423 0.6196 0.0445

Standard LSMEAN

group bw56 LSMEAN Error Pr > |t| Number

1 240.277778 3.939116 <.0001 1

2 233.805556 3.939116 <.0001 2

3 239.839527 4.117646 <.0001 3

4 237.751382 4.117646 <.0001 4

5 229.280293 4.330630 <.0001 5

6 241.838965 7.064687 <.0001 6Female Body Weights 07:57 Tuesday, July 13, 2010 42

The GLM Procedure

Le ast Squares Means

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw56

i/j 1 2 3 4 5 6

1 0.2505 0.9390 0.6593 0.0658 0.8477

2 0.2505 0.2945 0.4917 0.4430 0.3251

3 0.9390 0.2945 0.7215 0.0825 0.8069

4 0.6593 0.4917 0.7215 0.1629 0.6208

5 0.0658 0.4430 0.0825 0.1629 0.1318

6 0.8477 0.3251 0.8069 0.6208 0.1318

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 07:57 Tuesday, July 13, 2010 43

The GLM Procedure

Dependent Variable: bw63

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 5 3187.47996 637.49599 2.22 0.0676

Error 49 14102.45640 287.80523

Corrected Total 54 17289.93636

R-Square Coeff Var Root MSE bw63 Mean

0.184355 6.698965 16.96482 253.2455

Source DF Type I SS Mean Square F Value Pr > F

gr oup 4 1217.479924 304.369981 1.06 0.3875

block 1 1970.000038 1970.000038 6.84 0.0118

Source DF Type III SS Mean Square F Value Pr > F

group 4 1368.388836 342.097209 1.19 0.3276

block 1 1970.000038 1970.000038 6.84 0.0118Female Body Weights 07:57 Tuesday, July 13, 2010 44

The GLM Procedure

Dependent Variable: bw70

Sum of

Source DF Squares Mean Square F Value Pr > F

Model 5 4723.81980 944.76396 3.02 0.0187

Error 49 15317.16202 312.59514

Corrected Total 54 20040.98182

R-Square Coeff Var Root MSE bw70 Mean

0.235708 6.646298 17.68036 266.0182

Source DF Type I SS Mean Square F Value Pr > F

group 4 1470.149747 367.537437 1.18 0.3331

block 1 3253.670054 3253.670054 10.41 0.0022

Source DF Type III SS Mean Square F Value Pr > F

group 4 1666.716620 416.679155 1.33 0.2710

block 1 3253.670054 3253.670054 10.41 0.0022Female Body Weights 07:57 Tue sday, July 13, 2010 45

The GLM Procedure

Least Squares Means

Standard LSMEAN

group bw63 LSMEAN Error Pr > |t| Number

1 255.166667 4.897323 <.0001 1

2 252.875000 4.897323 <.0001 2

3 254.999924 5.119335 <.0001 3

4 258.045530 5.119335 <.0001 4

5 242.499908 5.660681 <.0001 5

Least Squares Means for effect group

Pr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw63

i/j 1 2 3 4 5

1 0.7421 0.9813 0.6863 0.0969

2 0.7421 0.7655 0.4690 0.1720

3 0.9813 0.7655 0.6761 0.1076

4 0.6863 0.4690 0.6761 0.0473

5 0.0969 0.1720 0.1076 0.0473

Standard LSMEAN

group bw70 LSMEAN Error Pr > |t| Number

1 270.125000 5.103880 <.0001 1

2 265.041667 5.103880 <.0001 2

3 267.617094 5.335257 <.0001 3

4 269.973815 5.335257 <.0001 4

5 254.198671 5.899435 <.0001 5

Least Squares Means for effect groupPr > |t| for H0: LSMean(i)=LSMean(j)

Dependent Variable: bw70

i/j 1 2 3 4 5

1 0.4846 0.7356 0.9837 0.0466

2 0.4846 0.7287 0.5073 0.1708

3 0.7356 0.7287 0.7563 0.0977

4 0.9837 0.5073 0.7563 0.0532

5 0.0466 0.1708 0.0977 0.0532

NOTE: To ensure overall protection level, only probabilities associated with pre -planned comparisons should be used.Female Body Weights 07:57 Tuesday, July 13, 2010 46

maleid litter group block bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56 bw58

13750 13720 4 2 234 241 254 264 273 302 309 317 334 339 392

.

13751 13720 4 2 230 240 253 264 274 304 315 327 336 350 407 420

13752 13720 4 2 218 230 239 248 258 285 290 304 311 320 373

.

13753 13720 4 2 222 234 243 252 258 295 304 321 325 344 398 .

13754 13721 5 2 243 254 263 272 289 313 325 338 349 354 405

.

13755 13721 5 2 226 236 247 255 272 296 307 319 329 337 396 410

13756 13721 5 2 210 219 227 237 244 273 278 293 308 310 372

.

13757 13721 5 2 236 249 258 267 278 312 322 330 345 354 416

.

13758 13721 5 2 223 232 243 254 266 293 305 315 324 334 397 .

13759 13721 5 2 206 215 225 236 244 268 279 292 297 307 358

.

13760 13722 5 2 204 216 228 231 239 267 280 289 299 303 360 .

13761 13722 5 2 211 220 232 244 248 272 287 294 301 312 363

.

13762 13722 5 2 222 230 239 251 260 286 296 305 315 326 379 .

13763 13722 5 2 198 209 217 228 232 263 276 385 294 305 357 369

13764 13723 3 2 245 254 267 278 289 319 330 337 350 362 410 .

13765 13723 3 2 211 221 234 243 255 282 298 307 318 324 380

.

13766 13724 4 2 218 226 237 251 261 290 295 309 317 331 388

.

13767 13724 4 2 243 254 264 280 292 319 329 343 354 364 427 .

13768 13725 5 2 200 209 221 231 237 262 268 280 290 297 345

.

13769 13725 5 2 214 224 232 245 254 279 289 294 307 314 366 .

13770 13726 3 2 223 231 241 254 262 291 295 308 317 325 374

.

13771 13726 3 2 240 251 263 275 283 312 319 333 346 357 411 .

13772 13726 3 2 240 248 259 270 279 311 317 330 340 356 406

.

13773 13726 3 2 233 244 259 263 273 308 310 329 336 349 413 .

13774 13727 1 2 264 274 284 299 309 342 346 365 379 386 443

.

13775 13727 1 2 219 227 234 246 258 283 292 301 316 319 370

.

13776 13727 1 2 239 250 261 270 280 308 319 328 339 350 403 .

13777 13727 1 2 210 219 230 240 281 277 282 291 302 307 348

.

13778 13728 2 2 228 238 246 258 268 293 299 313 321 331 366 .

13779 13728 2 2 212 221 234 239 248 280 286 301 306 317 367 378

13780 13728 2 2 225 230 241 253 258 287 293 301 312 324 368 .

13781 13728 2 2 215 223 232 240 251 279 285 298 307 313 358

.

13782 13729 2 2 228 239 245 257 268 292 304 312 325 330 387 .

13783 13729 2 2 205 217 225 233 244 274 283 294 300 312 366

.

13784 13729 2 2 224 237 242 254 266 289 303 309 315 328 380

.

13785 13729 2 2 252 264 274 284 298 322 336 344 357 366 428 44213786 13730 3 2 223 233 244 254 265 294 301 317 327 336 393 .

13787 13730 3 2 210 215 228 237 247 273 277 290 303 309 357

.

13788 13731 4 2 227 232 243 254 265 291 295 313 321 331 381 .

13789 13731 4 2 219 229 238 248 258 286 296 305 319 330 383

.

13790 13731 4 2 237 248 257 269 278 306 319 326 343 326 413 428

13791 13731 4 2 225 233 246 255 267 285 295 306 313 326 379

.

13792 13732 3 2 211 223 229 240 245 268 274 280 292 300 353 .

13793 13732 3 2 216 226 233 245 255 281 284 299 306 314 371

.

13794 13732 3 2 221 231 241 251 260 290 301 317 329 335 393

.

13795 13732 3 2 214 222 228 242 249 279 282 299 307 316 368 .

13796 13733 2 2 217 225 232 241 248 273 278 288 296 306 353

.

13797 13733 2 2 213 224 230 239 249 269 274 288 300 303 349 .

13798 13733 2 2 211 218 226 236 243 269 272 285 292 301 345

.

13799 13733 2 2 211 219 228 235 245 270 276 286 295 303 349 .

13800 13734 3 2 238 245 259 264 278 305 313 322 333 345 390

.Female Body Weights 07:57 Tuesday, July 13, 2010 47

maleid litter group block bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56 bw58

13801 13734 3 2 223 231 242 251 258 289 296 306 318 331 384

.

13802 13735 4 2 223 233 242 256 267 293 301 314 328 339 388 .

13803 13735 4 2 208 217 227 234 244 268 277 287 295 306 353

.

13804 13735 4 2 218 228 237 248 258 289 296 308 317 326 370 .

13805 13735 4 2 212 221 231 242 249 276 288 295 307 316 364

.

13806 13736 4 2 205 216 229 235 242 273 284 293 304 316 366 .

13807 13736 4 2 217 226 239 247 260 289 299 308 319 330 381

.

13808 13736 4 2 228 234 246 256 267 297 307 319 325 339 394

.

13809 13736 4 2 225 231 242 257 262 292 300 312 323 330 382

.

13810 13736 4 2 223 232 246 256 265 295 300 308 321 329 376 .

13811 13737 1 2 216 225 236 246 256 285 294 301 314 322 367

.

13812 13737 1 2 221 226 236 251 259 288 294 305 314 325 377 .

13813 13737 1 2 223 232 243 257 265 290 298 317 328 341 395 408

13814 13737 1 2 223 233 243 249 263 292 300 314 320 329 388 391

13815 13738 2 2 206 216 223 234 241 262 271 283 290 303 354

.

13816 13738 2 2 215 222 231 243 254 277 283 298 306 316 366 .

13817 13738 2 2 205 213 220 230 238 267 274 286 291 303 350

.

13818 13738 2 2 209 217 228 236 247 269 279 289 300 306 357

.

13819 13739 1 2 219 227 236 243 258 285 292 301 316 320 370 .

13820 13739 1 2 214 223 235 246 255 289 299 310 316 326 377

.

13821 13739 1 2 227 235 246 259 274 296 305 320 332 344 404 .

13822 13740 2 2 206 216 227 242 248 276 284 293 301 315 365

.

13823 13740 2 2 215 226 238 246 255 284 294 302 313 328 382 387

13824 13741 1 2 215 224 235 244 255 280 292 301 314 324 379

.

13825 13741 1 2 199 210 221 225 237 261 267 272 288 295 350 .

13826 13742 4 2 209 219 228 238 247 275 284 297 304 316 365

.

13827 13742 4 2 199 208 217 224 234 259 263 276 284 290 340

.

13828 13742 4 2 199 209 217 227 236 261 267 278 288 295 345 .

13829 13742 4 2 206 216 225 234 244 271 277 291 300 304 361

.

13830 13743 1 2 206 216 225 233 245 275 281 295 306 321 376 .

13831 13743 1 2 212 223 229 243 250 279 282 298 309 316 375

.

13832 13743 1 2 206 216 225 239 247 277 282 295 304 320 377 .

13833 13743 1 2 213 222 229 241 257 278 284 298 313 321 377 390

13834 13746 1 2 215 225 235 244 253 279 289 301 310 321 379 .

13835 13746 1 2 202 209 222 229 234 265 276 284 294 305 348

.

13836 13746 1 2 213 223 231 238 253 272 284 290 295 312 354 36313837 13746 1 2 206 213 224 234 241 264 271 275 287 295 343

.

13838 13746 1 2 226 233 246 259 266 301 305 319 328 338 395 .

13839 13746 1 2 218 225 233 247 255 285 289 302 309 318 369

.

13840 13748 5 2 214 223 234 245 260 288 297 305 316 325 375 .

13841 13749 2 2 193 203 208 218 226 247 254 266 273 280 328

.

13842 13749 2 2 206 213 220 227 237 262 271 283 291 296 339 349

14223 13974 4 4 205 218 230 236 249 276 289 296 308 318 383 401

14224 13974 4 4 238 250 261 273 281 311 323 332 348 353 409 .

14225 13975 2 4 225 236 246 257 267 302 315 325 3338 356 412 421

14226 13975 2 4 218 229 239 250 262 288 298 210 319 334 393 406

14227 13975 2 4 205 215 223 232 244 270 279 286 297 311 366 .

14228 13975 2 4 231 238 249 259 269 302 310 321 336 342 404

.

14229 13976 6 4 228 241 255 262 271 298 313 319 330 342 395 411

14230 13976 6 4 259 268 280 289 301 337 351 361 366 380 431 438

14231 13976 6 4 228 237 246 254 266 292 299 306 322 329 476 .Female Body Weights 07:57 Tuesday, July 13, 2010 48

maleid litter group block bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56 bw58

14232 13976 6 4 221 234 242 248 261 286 294 303 314 322 371 .

14233 13977 6 4 231 243 253 258 270 300 310 316 327 337 390 403

14234 13977 6 4 213 223 231 242 250 281 291 301 313 322 377 384

14235 13977 6 4 185 193 201 211 221 247 255 265 271 284 333

.

14236 13977 6 4 206 216 225 232 241 267 283 287 297 309 357 .

14237 13978 3 4 247 257 269 278 289 321 329 338 347 360 410 425

14238 13978 3 4 213 225 236 246 258 291 300 309 323 331 388 403

14239 13978 3 4 234 245 262 266 279 311 323 332 342 351 411

.

14240 13978 3 4 242 222 248 261 272 304 321 330 337 350 408 420

14241 13981 1 4 215 222 230 244 255 283 294 298 310 318 378 389

14242 13981 1 4 229 240 252 261 272 302 313 316 330 342 398 408

14243 13982 1 4 241 253 262 271 284 312 323 332 337 349 400 399

14244 13983 1 4 209 222 233 242 249 277 285 293 304 314 367 379

14245 13983 1 4 222 230 241 249 260 292 299 310 322 331 391

.

14246 13983 1 4 225 234 245 255 267 296 306 314 326 338 397 .

14247 13983 1 4 236 249 257 266 276 308 318 327 341 346 407

.

14248 13983 1 4 207 218 228 236 247 276 285 299 307 315 375 .

14249 13984 3 4 238 247 258 267 279 304 315 325 332 346 400 415

14250 13984 3 4 248 257 271 277 294 323 332 348 359 372 433 445

14251 13984 3 4 234 246 255 260 270 302 310 318 324 337 390 .

14252 13984 3 4 220 230 242 249 257 287 299 306 320 330 391

.

14253 13985 2 4 222 233 243 252 261 288 299 311 318 330 386 397

14254 13985 2 4 223 236 243 253 263 292 301 311 321 331 386 398

14255 13987 2 4 198 208 220 227 235 258 264 275 285 294 348 360

14256 13987 2 4 201 210 218 225 232 255 267 279 286 289 343 355

14257 13988 2 4 223 233 243 255 260 292 303 310 320 332 383 398

14258 13988 2 4 217 228 240 250 258 290 302 310 319 330 387 400

14259 13989 6 4 205 214 224 232 240 268 278 288 302 310 371

.

14260 13989 6 4 213 222 232 241 252 280 290 299 312 323 392 .

14261 13989 6 4 212 222 229 239 248 211 258 269 274 287 347 358

14262 13989 6 4 230 241 249 256 270 229 278 292 299 314 387 405

14263 13990 1 4 221 233 241 249 260 288 301 309 322 330 390

.

14264 13990 1 4 232 243 255 266 273 305 315 328 336 348 406 .

14265 13990 1 4 231 241 254 261 271 301 312 323 332 344 400 416

14266 13990 1 4 233 241 254 264 273 305 313 325 336 347 411 428

14267 13991 1 4 216 228 236 247 259 285 290 300 313 322 382 39414268 13991 1 4 202 208 216 226 232 258 269 276 286 295 347 359

14269 13992 4 4 247 258 269 280 294 324 335 348 357 367 426 442

14270 13992 4 4 232 240 252 260 270 295 305 316 322 336 375 387

14271 13992 4 4 246 256 266 274 283 319 326 337 348 358 418

.

14272 13992 4 4 226 241 247 256 265 297 307 313 326 335 393 .

14273 13992 4 4 218 228 236 245 252 279 288 295 303 312 364

.

14274 13992 4 4 225 235 245 255 262 290 301 309 319 328 389 .

14275 13993 5 4 213 225 233 242 253 278 289 298 305 318 371

.

14276 13993 5 4 210 218 231 240 248 276 281 290 300 313 366 .

14277 13993 5 4 200 210 222 230 239 265 277 284 295 299 360 373

14278 13993 5 4 204 212 221 232 241 268 274 282 294 300 350 354

14279 13993 5 4 229 239 249 258 269 298 312 319 333 340 406 .

14280 13993 5 4 190 203 210 223 227 252 263 269 281 288 338

.

14281 13994 1 4 187 198 205 215 225 248 256 266 271 285 337 344

14282 13994 1 4 214 228 235 244 256 286 295 305 318 329 386 401Female Body Weights 07:57 Tuesday, July 13, 2010 49

maleid litter group block bw39 bw40 bw41 bw42 bw43 bw46 bw47 bw48 bw49 bw50 bw56 bw58

14283 13995 5 4 221 234 243 253 260 288 297 307 320 329 380 388

14284 13995 5 4 221 234 244 253 263 289 301 309 319 332 384 394

14285 13996 4 4 238 249 260 268 285 313 324 329 340 352 405

.

14286 13996 4 4 229 239 250 261 270 302 315 320 332 338 397 .

14287 13996 4 4 227 238 247 259 267 298 312 319 331 339 396 408

14288 13996 4 4 238 248 263 273 283 315 329 343 350 364 420 439

14289 13997 2 4 232 245 255 265 273 305 313 320 334 343 388

.

14290 13997 2 4 216 228 234 244 249 280 290 296 307 316 364 .

14291 13997 2 4 224 234 245 253 263 289 295 312 321 334 86 393

14292 13997 2 4 226 238 250 256 266 296 303 316 329 332 381 393

14293 13997 2 4 207 213 225 232 239 264 275 278 286 299 345

.

14294 13997 2 4 216 221 233 242 253 280 290 298 305 318 375 .

14295 13998 2 4 200 209 218 225 233 258 274 279 288 293 350 365

14296 13998 2 4 209 221 227 235 250 277 293 298 310 316 371 379

14297 13999 1 4 241 257 266 275 286 319 333 340 352 364 430

.

14298 13999 1 4 247 258 269 278 288 320 333 340 353 366 436 .

14299 13999 1 4 233 242 254 261 272 300 313 322 333 346 404 418

14300 13999 1 4 209 219 228 234 246 271 283 287 298 309 370 386

14301 14000 5 4 220 234 242 251 259 285 295 302 312 320 366 381

14302 14000 5 4 245 262 270 281 287 314 322 332 342 349 405 419

14303 14000 5 4 232 243 251 262 271 304 316 324 335 346 400 .

14304 14000 5 4 244 254 263 274 286 311 324 329 344 351 408

.

14305 14001 3 4 202 212 220 230 239 270 278 286 298 306 364 .

14306 14001 3 4 207 215 225 233 243 266 278 283 291 301 354

.

14307 14001 3 4 208 214 225 230 241 265 279 283 295 302 352 368

14308 14001 3 4 215 226 236 245 253 284 294 301 312 320 374 380

14309 14002 6 4 215 223 231 241 251 280 291 300 310 323 375 385

14310 14002 6 4 215 225 235 243 252 280 289 299 309 318 363 378

14311 14003 4 4 200 29 218 226 237 263 266 282 293 298 354 357

14312 14003 4 4 192 199 209 216 224 253 254 271 279 285 335 341

14313 14003 4 4 208 217 225 236 245 270 278 290 301 306 361

.

14314 14003 4 4 200 209 220 229 238 269 277 289 296 307 359 .

14315 14004 6 4 209 219 227 234 246 272 276 288 296 308 355 373

14316 14004 6 4 221 230 240 247 259 290 299 308 319 332 387 399

14317 14005 3 4 210 220 227 236 243 271 276 284 294 304 348 358

14318 14005 3 4 226 238 249 256 268 298 307 319 329 341 398 41314319 14006 5 4 197 206 213 222 232 260 276 282 289 29 356 376

14320 14006 5 4 204 214 224 231 239 263 275 280 288 295 348 360

14321 14006 5 4 206 215 221 231 242 270 279 289 298 306 373

.

14322 14006 5 4 222 233 242 247 257 285 293 299 311 318 374 .

14323 14007 3 4 230 246 254 266 279 312 323 332 341 352 411

.

14324 14007 3 4 232 244 256 263 276 307 217 328 343 350 421 .

14325 14007 3 4 207 218 228 239 250 273 287 294 305 315 373

.

14326 14007 3 4 227 237 247 257 268 299 313 323 333 344 413 .

14327 14007 3 4 238 247 256 268 276 305 318 325 331 345 412

.

14328 14008 4 4 213 222 235 240 255 285 295 306 314 325 380 .

14329 14008 4 4 217 227 236 245 258 288 296 300 313 321 385

.

14330 14009 5 4 173 182 187 197 204 221 228 236 247 256 296

.

14331 14009 5 4 195 204 213 221 227 255 269 276 282 293 346 .

14332 14009 5 4 184 192 201 210 218 242 251 261 266 276 328

.Female Body Weights 07:57 Tuesday, July 13, 2010 50

femaleid litter group block bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw49 bw56 bw63 bw70

13843 13720 4 2 114 122 128 137 144 153 156 161 169 173 211 235 . .

13844 13720 4 2 114 121 129 136 146 151 157 161 166 169 . . .

.

13845 13720 4 2 116 122 130 135 144 150 157 160 167 173 208 233 245 252

13846 13720 4 2 112 119 128 135 141 149 152 163 166 170 205 229 248 262

13847 13721 5 2 113 118 126 135 143 152 157 167 176 178 223 248 266 272

13848 13721 5 2 105 111 119 129 134 143 146 155 161 166 195 220 238 240

13849 13722 5 2 114 121 128 132 139 142 151 153 163 168 211 221 243 249

13850 13723 3 2 115 122 129 136 141 149 156 160 168 171 214 239 . .

13851 13723 3 2 117 122 129 136 140 151 154 160 170 172 . . .

.

13852 13723 3 2 115 121 132 135 143 147 155 161 168 168 218 240 261 274

13853 13723 3 2 119 126 134 138 141 149 156 164 171 176 221 254 274 292

13854 13724 4 2 112 118 127 133 141 149 159 163 171 174 . . .

.

13855 13724 4 2 115 121 129 137 146 150 157 162 172 176 219 238 .

.

13856 13724 4 2 119 127 135 146 151 158 166 171 178 185 233 248 263 277

13857 13724 4 2 116 125 134 143 150 159 166 169 181 183 232 253 270 280

13858 13725 5 2 108 116 126 131 140 148 154 161 168 175 221 243 . .

13859 13725 5 2 106 113 120 126 133 141 149 151 159 165 . . .

.

13860 13725 5 2 82 92 98 102 109 114 120 127 129 134 170 188 199 209

13861 13726 3 2 120 130 139 150 160 166 172 177 186 186 248 277 .

.

13862 13726 3 2 117 128 137 144 153 162 169 173 180 189 . . . .

13863 13726 3 2 113 122 130 137 145 152 159 163 173 170 217 243 266 274

13864 13726 3 2 116 126 135 143 153 155 164 168 179 179 233 260 279 288

13865 13727 1 2 113 120 125 137 142 150 154 158 165 171 205 231 241 255

13866 13727 1 2 125 133 137 151 158 162 167 173 182 185 229 240 253 259

13867 13727 1 2 114 123 131 138 143 151 157 164 173 184 . . . .

13868 13727 1 2 131 144 151 157 163 168 178 183 185 194 233 260 .

.

13869 13728 2 2 107 113 120 128 135 140 147 153 163 165 206 230 . .

13870 13728 2 2 107 113 122 131 136 145 150 157 165 168 . . .

.

13871 13728 2 2 108 114 121 128 133 140 146 151 158 164 203 225 241 248

13872 13728 2 2 109 118 123 129 134 141 144 151 156 159 190 213 227 239

13873 13729 2 2 117 126 132 140 146 151 160 167 174 180 230 255 266 275

13874 13729 2 2 119 127 135 143 150 154 165 172 183 185 239 267 279 285

13875 13729 2 2 103 111 114 120 127 133 141 147 150 158 . . .

.

13876 13729 2 2 105 112 114 123 129 137 142 149 154 160 201 220 . .

13877 13730 3 2 92 97 108 113 122 129 138 143 152 158 213 233 .

.

13878 13730 3 2 96 103 111 119 127 130 137 140 149 155 . . . .13879 13730 3 2 110 115 125 134 143 151 152 161 165 175 216 237 243 259

13880 13730 3 2 115 120 130 136 144 150 154 158 164 169 209 225 240 258

13881 13731 4 2 116 122 129 136 143 152 160 165 175 179 236 268 285 294

13882 13731 4 2 115 123 130 138 146 155 160 170 178 180 . . .

.

13883 13731 4 2 115 124 132 139 146 150 159 163 169 177 220 245 256 270

13884 13732 3 2 98 104 107 115 119 125 131 136 144 149 . . . .

13885 13732 3 2 112 119 124 129 131 140 145 151 159 160 210 235 .

.

13886 13732 3 2 102 107 116 120 126 131 137 144 149 154 199 220 238 253

13887 13732 3 2 110 117 123 129 133 141 149 153 159 164 213 221 236 244

13888 13733 2 2 102 106 110 115 124 128 133 138 144 148 . . . .

13889 13733 2 2 104 109 114 122 130 136 142 147 152 158 203 223 234 242

13890 13733 2 2 105 111 116 123 128 134 141 146 155 157 198 218 . 235

13891 13734 3 2 104 113 122 128 131 143 151 156 162 170 222 246 .

.

13892 13734 3 2 106 115 120 128 135 140 143 150 154 160 . . .

.

13893 13734 3 2 107 115 121 128 136 140 148 152 156 162 200 220 237 248Female Body Weights 07:57 Tuesday, July 13, 2010 51

femaleid litter group block bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw49 bw56 bw63 bw70

13894 13734 3 2 105 111 119 128 133 141 147 153 156 162 199 212 224 235

13895 13735 4 2 111 118 129 133 142 149 154 160 168 174 226 248 275 283

13896 13735 4 2 99 107 113 119 123 129 137 141 147 151 197 220 241 245

13897 13735 4 2 104 114 119 126 131 140 145 152 156 162 . . .

.

13898 13736 4 2 105 114 123 130 133 136 146 153 158 158 202 224 241 254

13899 13736 4 2 105 111 117 125 129 134 142 147 154 159 206 227 245 259

13900 13736 4 2 112 121 128 133 139 149 155 164 170 172 . . . .

13901 13737 1 2 114 119 131 135 145 151 158 163 166 173 . . .

.

13902 13737 1 2 104 113 120 124 131 139 145 148 154 161 198 223 234 241

13903 13737 1 2 111 119 124 134 139 142 145 153 158 164 209 225 203 242

13904 13738 2 2 106 112 120 127 132 137 143 151 154 159 210 232 245 259

13905 13738 2 2 109 112 118 128 134 141 142 150 157 160 201 223 249 261

13906 13738 2 2 108 115 121 130 136 144 151 159 165 166 212 241 .

.

13907 13738 2 2 107 113 119 126 130 140 147 150 156 160 . . .

.

13908 13739 1 2 107 114 119 128 137 140 149 152 162 169 221 237 . .

13909 13739 1 2 107 110 117 124 133 141 146 150 158 166 . . .

.

13910 13739 1 2 110 116 122 . 136 139 149 156 163 166 231 263 279 284

13911 13739 1 2 112 119 123 . 141 142 150 156 160 165 219 245 251 277

13912 13740 2 2 113 117 125 132 140 143 151 157 165 170 . . . .

13913 13740 2 2 107 114 121 126 131 135 143 149 150 155 193 226 .

.

13914 13740 2 2 105 111 119 124 131 141 144 152 160 162 212 238 263 275

13915 13740 2 2 108 113 121 126 134 141 148 153 157 162 211 241 264 279

13916 13741 1 2 110 117 123 130 136 142 147 155 159 162 212 238 .

.

13917 13741 1 2 109 117 122 130 138 141 150 155 160 165 . . . .

13918 13741 1 2 102 109 118 . 134 137 144 146 151 158 197 227 245 257

13919 13741 1 2 109 117 123 . 140 142 150 156 163 165 221 250 271 288

13920 13742 4 2 104 111 116 123 130 135 141 146 153 156 195 220 236 243

13921 13742 4 2 101 109 114 118 123 130 137 142 150 154 195 208 228 240

13922 13742 4 2 101 108 112 120 125 132 136 139 147 151 184 194 .

.

13923 13742 4 2 101 109 115 121 127 134 140 144 152 159 . . . .

13924 13743 1 2 99 104 108 118 120 125 130 136 140 145 188 210 234 245

13925 13743 1 2 112 117 124 137 141 148 155 160 168 173 226 245 271 283

13926 13743 1 2 106 112 118 124 131 136 142 145 152 156 204 233 . .

13927 13743 1 2 112 118 123 128 136 139 147 152 159 162 . . .

.

13928 13746 1 2 107 112 118 117 125 131 137 143 148 152 190 209 223 236

13929 13746 1 2 108 111 117 124 128 135 142 146 151 152 199 219 237 24213930 13748 5 2 105 111 115 124 127 133 141 147 150 155 . . . .

13931 13748 5 2 99 107 112 120 126 131 137 145 149 156 . . .

.

13932 13748 5 2 110 117 125 134 140 148 152 163 169 174 222 247 267 283

13933 13748 5 2 108 115 124 130 136 143 149 156 163 164 213 240 254 257

13934 13749 2 2 117 124 133 139 144 153 160 166 167 177 . . .

.

13935 13749 2 2 105 113 119 123 130 135 142 147 156 160 222 255 .

.

13936 13749 2 2 117 123 132 135 136 143 146 153 156 162 191 212 227 239

13937 13749 2 2 110 119 123 133 136 141 150 156 164 167 207 228 248 257

14333 13974 4 4 113 119 122 125 134 138 144 148 153 161 . . . .

14334 13974 4 4 105 113 115 118 125 131 133 138 141 148 189 209 .

.

14335 13974 4 4 112 120 125 129 135 142 151 155 156 169 216 237 256 274

14336 13974 4 4 112 121 127 131 138 140 146 149 155 164 221 252 265 277

14337 13975 2 4 111 117 127 133 141 150 157 163 167 171 225 248 . .

14338 13975 2 4 117 123 130 135 145 153 159 161 164 171 . . .

.

14339 13975 2 4 106 114 119 127 134 140 145 151 155 161 216 242 270 287Female Body Weights 07:57 Tuesday, July 13, 2010 52

femaleid litter group block bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw49 bw56 bw63 bw70

14340 13976 6 4 112 118 121 125 132 143 149 156 160 168 211 243 . .

14341 13976 6 4 124 131 134 140 146 155 155 163 165 170 230 243 .

.

14342 13976 6 4 118 125 129 133 142 147 154 153 164 169 213 232 . .

14343 13976 6 4 105 112 117 122 126 131 137 141 141 143 193 208 .

.

14344 13977 6 4 113 120 128 134 140 144 153 160 167 175 233 270 .

.

14345 13977 6 4 108 112 121 126 132 136 145 151 157 165 212 236 . .

14346 13977 6 4 108 114 119 126 133 138 142 148 153 162 227 257 .

.

14347 13977 6 4 105 112 117 122 129 135 142 150 157 162 216 241 . .

14348 13978 3 4 124 130 139 145 151 162 163 173 177 186 246 272 .

.

14349 13978 3 4 117 125 130 136 143 147 152 155 162 167 . . . .

14350 13978 3 4 126 134 139 146 153 161 168 171 171 175 229 258 301 322

14351 13978 3 4 104 112 117 123 131 140 146 149 152 161 209 228 245 257

14352 13981 1 4 115 122 128 133 143 151 157 164 171 180 226 255 .

.

14353 13981 1 4 112 116 123 128 138 144 151 158 164 168 . . .

.

14354 13981 1 4 114 120 127 130 140 143 154 157 165 173 224 253 271 276

14355 13981 1 4 113 120 127 131 140 139 153 156 166 171 203 217 235 241

14356 13982 1 4 129 140 147 153 161 169 176 183 190 196 . . .

.

14357 13982 1 4 118 125 133 139 145 149 152 161 170 174 239 272 292 311

14358 13982 1 4 122 132 139 146 156 462 167 171 179 185 239 268 291 303

14359 13983 3 4 114 122 127 131 136 142 147 152 160 165 . . . .

14360 13983 3 4 125 132 139 142 149 158 167 172 177 187 240 279 .

.

14361 13983 3 4 125 131 137 141 147 152 160 161 168 177 219 246 276 271

14362 13983 3 4 124 133 140 144 151 154 164 168 171 177 228 243 259 275

14363 13984 3 4 97 105 111 116 122 129 134 139 141 147 . . .

.

14364 13984 3 4 132 141 149 157 163 169 180 185 189 194 241 267 . .

14365 13984 3 4 121 130 134 138 146 151 157 161 166 171 200 218 246 260

14366 13984 3 4 121 128 133 136 143 149 157 161 167 175 210 231 255 263

14367 13985 2 4 119 127 133 137 147 153 157 166 171 179 . . .

.

14368 13985 2 4 113 121 126 131 139 144 150 153 160 166 211 241 . .

14369 13985 2 4 110 118 125 127 136 143 145 152 157 163 197 223 244 253

14370 13985 2 4 105 111 118 121 127 134 138 142 144 152 189 211 230 237

14371 13987 2 4 99 106 110 117 125 130 137 142 148 153 191 208 .

.

14372 13987 2 4 98 106 112 115 122 129 132 134 141 146 . . .

.

14373 13987 2 4 101 106 113 117 124 128 135 140 142 148 185 201 220 234

14374 13987 2 4 108 113 121 124 132 136 140 145 151 157 199 218 243 259

14375 13988 2 4 116 123 129 136 143 146 150 155 160 166 213 235 . .14376 13988 2 4 114 122 130 131 140 148 154 160 167 174 . . .

.

14377 13988 2 4 116 123 131 135 142 148 154 158 161 175 238 269 290 320

14378 13988 2 4 108 116 122 126 133 142 146 151 156 162 214 241 260 272

14379 13989 6 4 118 126 133 138 144 152 160 168 174 181 234 259 . .

14380 13989 6 4 108 113 120 129 134 142 149 155 161 169 230 253 .

.

14381 13989 6 4 117 122 129 136 144 150 156 162 169 177 224 243 .

.

14382 13989 6 4 106 112 117 126 127 134 141 149 153 158 213 239 .

.

14383 13990 1 4 108 114 120 125 132 136 143 150 157 159 210 229 254 269

14384 13990 1 4 113 121 127 132 137 142 146 156 162 166 212 235 255 271

14385 13990 1 4 118 124 129 132 140 148 155 159 165 173 . . . .

14386 13990 1 4 118 127 131 131 140 149 154 160 166 171 221 256 .

.

14387 13991 1 4 102 109 116 122 129 136 142 150 159 164 209 226 . .

14388 13991 1 4 109 115 123 128 135 142 147 152 158 163 . . .

.

14389 13991 1 4 113 124 130 132 142 147 154 157 166 172 218 248 269 287

14390 13991 1 4 104 110 117 120 127 131 136 140 147 153 195 207 228 243Female Body Weights 07:57 Tuesday, July 13, 2010 53

femaleid litter group block bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw49 bw56 bw63 bw70

14391 13992 4 4 113 121 128 136 142 147 154 162 169 177 232 243 269 269

14392 13992 4 4 110 117 122 126 134 140 146 152 158 166 215 230 254 261

14393 13993 5 4 116 125 133 138 145 148 156 163 171 174 219 242 255 273

14394 13994 1 4 119 127 135 140 144 152 160 166 175 181 238 270 . .

14395 13994 1 4 113 122 126 133 141 144 153 157 163 168 . . .

.

14396 13994 1 4 113 120 126 130 135 140 150 153 159 164 213 233 254 280

14397 13994 1 4 115 121 129 133 140 147 151 158 162 166 209 234 250 271

14398 13995 5 4 98 103 108 114 118 125 129 136 142 145 . . .

.

14399 13995 5 4 100 106 112 117 125 133 137 145 150 155 204 223 . .

14400 13995 5 4 92 100 106 109 115 122 126 130 139 143 189 216 224 235

14401 13995 5 4 99 106 111 116 122 128 133 141 146 151 195 204 232 247

14402 13996 4 4 113 120 128 134 142 147 150 158 162 169 219 240 251 270

14403 13996 4 4 127 137 143 150 158 166 175 177 185 192 . . . .

14404 13996 4 4 135 144 152 158 167 173 168 178 189 197 252 281 298 313

14405 13997 2 4 114 121 128 134 142 146 156 160 167 173 215 234 253 268

14406 13997 2 4 111 119 125 131 137 144 150 157 163 170 219 245 268 291

14407 13998 2 4 108 115 121 129 138 143 150 157 162 171 228 259 . .

14408 13998 2 4 113 119 123 131 138 149 153 162 165 176 . . .

.

14409 13998 2 4 116 122 131 138 148 153 157 163 173 181 239 267 297 322

14410 13998 2 4 107 114 120 125 132 138 143 149 154 159 204 223 247 237

14411 13999 1 4 117 124 131 140 144 151 160 170 170 179 244 276 300 318

14412 13999 1 4 116 123 130 139 141 150 159 165 169 173 228 262 283 304

14413 13999 1 4 113 123 127 131 138 148 152 157 159 165 . . . .

14414 13999 1 4 105 112 117 124 132 138 142 148 154 156 209 246 .

.

14415 14000 5 4 130 138 146 150 159 165 174 178 183 189 230 258 .

.

14416 14000 5 4 123 130 136 142 150 159 163 167 173 181 . . . .

14417 14000 5 4 113 124 129 136 143 151 161 167 177 179 231 261 275 288

14418 14000 5 4 120 129 135 138 146 150 159 163 170 178 228 249 274 290

14419 14001 3 4 104 110 115 123 130 136 141 146 152 156 201 225 243 259

14420 14001 3 4 114 124 129 136 143 151 154 161 169 172 218 245 266 280

14421 14001 3 4 111 119 124 128 136 142 151 157 162 170 . . .

.

14422 14002 5 4 119 127 135 138 149 154 162 168 175 185 241 263 . .

14423 14002 5 4 109 115 119 126 133 138 145 149 156 163 206 228 .

.

14424 14002 5 4 122 131 138 143 149 155 164 170 174 180 22 237 .

.

14425 14002 5 4 121 128 136 144 150 154 162 166 173 179 228 238 . .

14426 14003 4 4 112 121 125 129 139 146 151 155 160 164 . . .

.14427 14003 4 4 104 112 118 126 132 140 145 150 153 158 209 233 . .

14428 14003 4 4 114 122 129 135 140 149 158 162 170 176 232 257 278 288

14429 14003 4 4 106 112 119 125 133 137 143 148 153 160 211 239 264 290

14430 14004 6 4 115 123 128 135 147 154 160 168 175 183 248 274 .

.

14431 14004 6 4 110 116 123 128 136 141 148 154 161 168 214 248 . .

14432 14004 6 4 111 121 127 130 137 144 150 157 163 170 232 254 .

.

14433 14004 6 4 100 107 115 117 126 129 138 143 149 155 203 227 .

.

14434 14005 3 4 115 124 127 135 141 149 155 163 171 174 . . .

.

14435 14005 3 4 119 128 135 139 149 154 162 167 169 176 223 258 . .

14436 14005 3 4 117 126 130 133 143 150 157 163 170 174 220 242 265 276

14437 14005 3 4 112 119 125 128 134 142 149 152 157 162 205 228 254 264

14438 14006 5 4 100 108 113 120 124 132 136 143 150 158 203 225 247 260

14439 14006 5 4 96 104 111 116 122 127 133 143 149 157 208 226 249 269

14440 14007 3 4 117 123 129 135 142 147 154 154 161 169 217 244 277 300

14441 14007 3 4 107 117 124 127 131 139 144 148 151 158 . . . .Female Body Weights 07:57 Tuesday, July 13, 2010 54

femaleid litter group block bw29 bw30 bw31 bw32 bw33 bw34 bw35 bw36 bw37 bw38 bw49 bw56 bw63 bw70

14442 14007 3 4 106 114 120 121 128 133 140 146 153 155 194 215 237 251

14443 14008 4 4 102 109 114 120 126 131 137 144 149 156 207 244 257 274

14444 14008 4 4 107 114 119 126 133 138 145 150 158 163 210 230 240 249

14445 14008 4 4 110 118 128 135 138 147 154 164 170 177 . . .

.

14446 14009 5 4 88 96 100 105 110 114 120 126 131 136 178 202 . .

14447 14009 5 4 82 88 91 98 104 108 116 120 126 130 . . .

.

14448 14009 5 4 86 92 98 103 109 116 121 127 134 138 187 211 232 247

14449 14009 5 4 89 94 99 104 110 117 123 128 134 138 182 207 225 241

## Blocks 1 and 3 day of VO

Dose 0 1 5 20 100 CC

Number of values 41 46 43 45 40 19

Minimum 28.00 30.00 30.00 30.00 31.00 30.00

25% Percentile 32.00 32.00 32.00 33.00 33.00 31.00

Median 33.00 33.00 33.00 34.00 34.00 32.00

75% Percentile 34.00 34.00 34.00 35.50 37.00 33.00

Maximum 39.00 38.00 39.00 38.00 39.00 35.00

Mean 33.27 33.43 33.07 34.33 34.85 32.32

Std. Deviation 2.157 1.785 1.818 2.067 2.445 1.293

Std. Error 0.3368 0.2631 0.2772 0.3081 0.3866 0.2967

Lo wer 95% CI of mean 32.59 32.90 32.51 33.71 34.07 31.69

Upper 95% CI of mean 33.95 33.96 33.63 34.95 35.63 32.94

Sum 1364 1538 1422 1545 1394 614.0

Parameter Value

Table Analyzed

blocks 1,3 VO

One-way analysis of variance

P value P<0.0001

P value summary ***

Are means signif. different? (P < 0.05) Yes

Number of groups 6

F 6.695

R squared 0.1280

Bartlett's test for equal variances

Bartlett's statistic (corrected) 11.08

P value 0.0498

P value summary *

Do the variances differ signif. (P < 0.05) Yes

ANOVA Table SS df MS

Treatment (between columns) 135.0 5 27.00

Residual (within columns) 919.3 228 4.032

Total 1054 233

Dunnett's Multiple Comparison Test Mean Diff. q P value 95% CI of diff

0 vs 1 -0.1665 0.3860 P > 0.05 -1.261 to 0.9284

0 vs 5 0.1985 0.4529 P > 0.05 -0.9142 to 1.311

0 vs 20-1.065 2.457 P > 0.05 -2.166 to 0.03554

0 vs 100 -1.582 3.544 P < 0.01 -2.715 to -0.4488

0 vs CC 0.9525 1.709 P > 0.05 -0.4622 to 2.367

## animal # 0 1 5 20 100 CC

13621 32.

13622 34.

13623 33.

13624 33.

13632 34.

13633 33.

13638 35.

13639 33.

13640 38.

13641 37.

13653 32.

13654 34.

13655 36.

13660 33.

13661 35.

13662 34.

13663 35.

13684 34.

13685 33.

13686 35.

13687 30.

14102 32.

14103 32.

14104 33.

14105 31.

14110 28.

14111 30.

14112 29.

14140 31.

14141 32.

14142 33.

14183 34.

14184 35.

14185 34.

14186 32.

14210 33.

14211 33.

14212 32.

14216 34.

14217 34.

14218 39.

13656 33.

13657 33.

13658 35.

13659 32.

13664 33.

13665 34.

## 13666 34.

13667 33.

13696 33.

13697 37.

13698 37.

13699 35.

13708 34.

13709 31.

13710 34.

13711 34.

13712 34.

13713 35.

13714 34.

13715 32.

13716 35.

13717 33.

13718 34.

13719 32.

14106 32.

14107 33.

14108 34.

14109 33.

14126 30.

14127 33.

14128 30.

14129 31.

14130 33.

14131 32.

14132 32.

14133 32.

14147 33.

14148 32.

14149 35.

14187 34.

14188 32.

14189 33.

14219 32.

14220 38.

14221 38.

14222 35.

13611 31.

13612 31.

13613 32.

13614 35.

13619 35.

13620 34.

13634 33.

13635 33.

13636 34.

## 13637 31.

13676 33.

13677 33.

13678 34.

13679 34.

13688 32.

13689 33.

13690 32.

13691 35.

13700 35.

13701 34.

13702 33.

13703 32.

14098 31.

14099 32.

14100 30.

14101 33.

14123 33.

14124 32.

14125 34.

14134 37.

14135 39.

14136 33.

14164 34.

14165 34.

14166 36.

14167 35.

14168 32.

14169 32.

14170 31.

14194 31.

14195 31.

14196 31.

14197 32.

13615 34.

13616 31.

13617 32.

13618 35.

13629 34.

13630 34.

13631 32.

13649 33.

13650 35.

13651 33.

13652 33.

13668 34.

13669 34.

13670 32.

13671 34.

## 13680 34.

13681 38.

13682 34.

13683 34.

13704 34.

13705 33.

13706 33.

13707 34.

14157 34.

14158 35.

14159 37.

14160 37.

14161 37.

14162 37.

14163 31.

14179 33.

14180 38.

14181 38.

14182 37.

14198 34.

14199 35.

14200 38.

14201 36.

14206 35.

14207 34.

14208 32.

14209 31.

14213 37.

14214 35.

14215 30.

13625 34.

13626 34.

13627 33.

13628 34.

13642 39.

13643 38.

13644 36.

13645 39.

13646 37.

13647 37.

13648 34.

13672 38.

13673 34.

13674 36.

13675 37.

13692 39.

13693 38.

13694 36.

13695 37.

## 14113 37.

14114 33.

14115 34.

14116 34.

14117 32.

14118 33.

14119 38.

14120 35.

14121 31.

14122 36.

14150 32.

14151 32.

14152 31.

14190 31.

14191 32.

14192 33.

14193 31.

14202 34.

14203 36.

14204 35.

14205 34.

14137 32.

14138 32.

14139 32.

14143 31.

14144 32.

14145 33.

14146 32.

14153 31.

14154 32.

14155 33.

14156 31.

14171 34.

14172 32.

14173 34.

14174 34.

14175 30.

14176 31.

14177 33.

14178 35.

## Blocks 2 and 4 day of VO

Dose 0 1 5 20 100 CC

Number of values 44 44 42 37 29 16

Minimum 28.00 29.00 30.00 30.00 32.00 29.00

25% Percentile 32.00 32.00 32.00 32.00 34.00 30.50

Median 33.00 33.00 34.00 33.00 35.00 31.50

75% Percentile 34.00 35.00 34.50 34.00 36.00 32.50

Maximum 37.00 41.00 39.00 36.00 38.00 36.00

Mean 32.98 33.73 33.76 32.97 34.86 31.75

Std. Deviation 1.994 2.316 1.973 1.384 1.684 1.807

Std. Error 0.3006 0.3492 0.3045 0.2276 0.3128 0.4518

Lo wer 95% CI of mean 32.37 33.02 33.15 32.51 34.22 30.79

Upper 95% CI of mean 33.58 34.43 34.38 33.43 35.50 32.71

Sum 1451 1484 1418 1220 1011 508.0

Parameter Value

Table Analyzed

blocks 2, 4 VO

One-way analysis of variance

P value P<0.0001

P value summary ***

Are means signif. different? (P < 0.05) Yes

Number of groups 6

F 7.047

R squared 0.1461

Bartlett's test for equal variances

Bartlett's statistic (corrected) 10.75

P value 0.0565

P value summary ns

Do the variances differ signif. (P < 0.05) No

ANOVA Table SS df MS

Treatment (between columns) 129.8 5 25.96

Residual (within columns) 758.7 206 3.683

Total 888.5 211

Dunnett's Multiple Comparison Test Mean Diff. q P value 95% CI of diff

0 vs 1 -0.7500 1.833 P > 0.05 -1.790 to 0.2897

0 vs 5 -0.7846 1.895 P > 0.05 -1.837 to 0.2673

0 vs 200.004299 0.01004 P > 0.05 -1.083 to 1.092

0 vs 100 -1.885 4.106 P < 0.01 -3.051 to -0.7184

0 vs CC 1.227 2.190 P > 0.05 -0.1964 to 2.651

animal # 0 1 5 20 100 CC

## 13865 31.

13866 30.

13867 28.

13868 30.

13901 33.

13902 33.

13903 35.

13908 32.

13909 31.

13910 31.

13911 30.

13916 34.

13917 34.

13918 34.

13919 34.

13924 35.

13925 34.

13926 37.

13927 37.

13928 32.

13929 34.

14352 35.

14353 37.

14354 34.

14355 34.

14356 31.

14357 29.

14358 34.

14383 33.

14384 33.

14385 33.

14386 34.

14387 33.

14388 34.

14389 31.

14390 35.

14394 32.

14395 32.

14396 32.

14397 33.

14411 33.

14412 34.

14413 32.

14414 34.

13869 34.

13870 34.

13871 35.

13872 35.

13873 34.

## 13874 37.

13875 41.

13876 38.

13888 38.

13889 37.

13890 35.

13904 33.

13905 35.

13906 33.

13907 33.

13912 33.

13913 34.

13914 35.

13915 34.

13934 32.

13935 31.

13936 31.

13937 29.

14337 32.

14338 33.

14339 32.

14367 33.

14368 31.

14369 32.

14370 32.

14371 32.

14372 33.

14373 33.

14374 31.

14375 31.

14376 36.

14377 32.

14378 36.

14405 33.

14406 31.

14407 35.

14408 36.

14409 34.

14410 35.

13850 33.

13851 36.

13852 34.

13853 34.

13861 34.

13862 34.

13863 34.

13864 35.

13877 33.

13878 34.

## 13879 34.

13880 32.

13884 37.

13885 39.

13886 38.

13887 37.

13891 33.

13892 32.

13893 32.

13894 32.

14348 34.

14349 32.

14350 34.

14351 34.

14359 33.

14360 31.

14361 34.

14362 33.

14363 34.

14364 30.

14365 31.

14366 35.

14419 33.

14420 36.

14421 32.

14434 37.

14435 33.

14436 36.

14437 33.

14440 31.

14441 33.

14442 32.

13843 32.

13844 32.

13845 32.

13846 33.

13854 34.

13855 35.

13856 33.

13857 32.

13881 35.

13882 32.

13883 31.

13895 30.

13896 33.

13897 32.

13898 33.

13899 34.

13900 31.

## 13920 36.

13921 35.

13922 31.

13923 33.

14333 32.

14334 34.

14335 32.

14336 35.

14391 33.

14392 32.

14402 35.

14403 35.

14404 33.

14426 32.

14427 33.

14428 32.

14429 33.

14443 34.

14444 33.

14445 33.

13847 38.

13848 34.

13849 33.

13858 36.

13859 35.

13860 36.

13930 34.

13931 35.

13932 35.

13933 34.

14393 34.

14398 34.

14399 34.

14400 33.

14401 33.

14415 38.

14416 36.

14417 37.

14418 37.

14422 32.

14423 34.

14424 32.

14425 34.

14438 33.

14439 35.

14446 36.

14447 37.

14448 35.

14449 37.

## 14340 31.

14341 29.

14342 31.

14343 33.

14344 32.

14345 30.

14346 32.

14347 32.

14379 32.

14380 34.

14381 36.

14382 34.

14430 30.

14431 30.

14432 31.

14433 31.

## Blocks 1,3 day of VO body weights

Column stats

dose 0 1 5 20 100 CC

Number of values 41 46 43 45 40 19

Minimum 95.00 107.0 107.0 116.0 114.0 114.0

25% Percentile 130.0 131.5 126.0 130.5 127.0 121.0

Median 137.0 138.0 134.0 140.0 140.5 125.0

75% Percentile 146.5 151.0 149.0 150.5 150.5 135.0

Maximum 183.0 180.0 170.0 168.0 180.0 158.0

Mean 136.8 141.3 136.3 140.5 140.1 129.3

Std. Deviation 15.16 14.81 14.73 13.87 15.89 11.63

Std. Error 2.367 2.184 2.246 2.067 2.513 2.668

Lower 95% CI of mean 132.0 136.9 131.8 136.3 135.0 123.7

Upper 95% CI of mean 141.5 145.7 140.8 144.6 145.2 134.9

Sum 5607 6499 5861 6321 5604 2457

Parameter Value

Table Analyzed

blocks 1,3 BW

One-way analysis of variance

P value 0.0396

P value summary *

Are means signif. different? (P < 0.05) Yes

Number of groups 6

F 2.379

R squared 0.04958

Bartlett's test for equal variances

Bartlett's statistic (corrected) 2.537

P value 0.7709

P value summary ns

Do the variances differ signif. (P < 0.05) No

ANOVA Table SS df MS

Treatment (between columns) 2552 5 510.5

Residual (within columns) 48920 228 214.6

Total 51480 233

Dunnett's Multiple Comparison Test Mean Diff. q P value 95% CI of diff

0 vs 1 -4.527 1.439 P > 0.05 -12.51 to 3.461

0 vs 5 0.4538 0.1419 P > 0.05 -7.663 to 8.571

0 vs 20-3.711 1.173 P > 0.05 -11.74 to 4.318

0 vs 100 -3.344 1.027 P > 0.05 -11.61 to 4.921

## 0 vs CC 7.440 1.830 P > 0.05 -2.880 to 17.76

animal # 0 1 5 20 100 CC

13621 135.

13622 146.

13623 156.

13624 154.

13632 144.

13633 153.

13638 134.

13639 129.

13640 151.

13641 153.

13653 127.

13654 134.

13655 95.

13660 138.

13661 143.

13662 149.

13663 140.

13684 141.

13685 134.

13686 146.

13687 110.

14102 132.

14103 136.

14104 147.

14105 135.

14110 115.

14111 114.

14112 120.

14140 116.

14141 121.

14142 137.

14183 149.

14184 150.

14185 131.

14186 128.

14210 133.

14211 138.

14212 140.

14216 132.

14217 138.

14218 183.

13656 133.

13657 137.

13658 148.

13659 133.

13664 128.

## 13665 137.

13666 136.

13667 130.

13696 134.

13697 162.

13698 150.

13699 157.

13708 138.

13709 131.

13710 148.

13711 141.

13712 134.

13713 132.

13714 136.

13715 133.

13716 164.

13717 127.

13718 157.

13719 138.

14106 144.

14107 152.

14108 166.

14109 145.

14126 125.

14127 148.

14128 114.

14129 107.

14130 142.

14131 125.

14132 129.

14133 127.

14147 152.

14148 144.

14149 168.

14187 153.

14188 142.

14189 137.

14219 122.

14220 167.

14221 180.

14222 146.

13611 118.

13612 133.

13613 139.

13614 154.

13619 109.

13620 111.

13634 145.

13635 154.

## 13636 144.

13637 130.

13676 133.

13677 148.

13678 150.

13679 156.

13688 134.

13689 153.

13690 139.

13691 143.

13700 133.

13701 124.

13702 127.

13703 107.

14098 126.

14099 143.

14100 132.

14101 155.

14123 126.

14124 136.

14125 158.

14134 149.

14135 170.

14136 126.

14164 142.

14165 136.

14166 157.

14167 151.

14168 127.

14169 112.

14170 131.

14194 125.

14195 126.

14196 122.

14197 127.

13615 131.

13616 116.

13617 128.

13618 133.

13629 143.

13630 143.

13631 134.

13649 122.

13650 144.

13651 120.

13652 120.

13668 128.

13669 138.

13670 117.

## 13671 133.

13680 142.

13681 144.

13682 141.

13683 148.

13704 137.

13705 140.

13706 134.

13707 137.

14157 155.

14158 153.

14159 165.

14160 156.

14161 167.

14162 148.

14163 125.

14179 143.

14180 159.

14181 160.

14182 161.

14198 131.

14199 134.

14200 149.

14201 131.

14206 152.

14207 144.

14208 130.

14209 130.

14213 168.

14214 161.

14215 126.

13625 142.

13626 142.

13627 127.

13628 138.

13642 166.

13643 169.

13644 150.

13645 180.

13646 163.

13647 155.

13648 149.

13672 147.

13673 116.

13674 119.

13675 128.

13692 147.

13693 157.

13694 153.

## 13695 149.

14113 152.

14114 126.

14115 143.

14116 127.

14117 114.

14118 138.

14119 136.

14120 139.

14121 116.

14122 138.

14150 134.

14151 125.

14152 131.

14190 127.

14191 120.

14192 120.

14193 123.

14202 151.

14203 150.

14204 143.

14205 154.

14137 114.

14138 125.

14139 128.

14143 121.

14144 118.

14145 138.

14146 122.

14153 121.

14154 118.

14155 134.

14156 122.

14171 131.

14172 125.

14173 130.

14174 135.

14175 125.

14176 138.

14177 158.

14178 154.

## Blocks 2 and 4 body weight on day of VO

Dose 0 1 5 20 100 CC

Number of values 44 44 42 37 29 16

Minimum 108.0 112.0 121.0 111.0 115.0 112.0

25% Percentile 130.5 128.0 131.5 129.0 126.0 121.5

Median 138.5 141.5 141.5 135.0 138.0 126.0

75% Percentile 144.5 148.0 159.0 144.0 158.5 134.0

Maximum 164.0 181.0 171.0 175.0 189.0 162.0

Mean 137.7 139.8 144.7 137.7 142.5 128.1

Std. Deviation 12.15 14.87 14.55 13.32 19.77 12.22

Std. Error 1.831 2.241 2.245 2.190 3.671 3.055

Lower 95% CI of mean 134.0 135.2 140.2 133.2 135.0 121.6

Upper 95% CI of mean 141.4 144.3 149.2 142.1 150.0 134.6

Sum 6058 6149 6077 5094 4132 2050

Parameter Value

Table Analyzed

blocks 2, 4 BW

One-way analysis of variance

P value 0.0048

P value summary **

Are means signif. different? (P < 0.05) Yes

Number of groups 6

F 3.485

R squared 0.07799

Bartlett's test for equal variances

Bartlett's statistic (corrected) 10.25

P value 0.0684

P value summary ns

Do the variances differ signif. (P < 0.05) No

ANOVA Table SS df MS

Treatment (between columns) 3730 5 746.0

Residual (within columns) 44100 206 214.1

Total 47830 211

Dunnett's Multiple Comparison Test Mean Diff. q P value 95% CI of diff

0 vs 1 -2.068 0.6630 P > 0.05 -9.994 to 5.858

0 vs 5 -7.009 2.221 P > 0.05 -15.03 to 1.011

0 vs 200.006149 0.001884 P > 0.05 -8.286 to 8.299

0 vs 100 -4.801 1.372 P > 0.05 -13.69 to 4.091

0 vs CC 9.557 2.237 P > 0. 05 -1.296 to 20.41

## animal # 0 1 5 20 100 CC

13865 127.

13866 133.

13867 108.

13868 144.

13901 145.

13902 132.

13903 147.

13908 128.

13909 116.

13910 123.

13911 119.

13916 143.

13917 143.

13918 137.

13919 142.

13924 132.

13925 147.

13926 152.

13927 157.

13928 118.

13929 134.

14352 157.

14353 164.

14354 143.

14355 139.

14356 147.

14357 118.

14358 162.

14383 132.

14384 137.

14385 140.

14386 149.

14387 129.

14388 142.

14389 130.

14390 136.

14394 140.

14395 133.

14396 130.

14397 140.

14411 144.

14412 150.

14413 131.

14414 138.

13869 143.

13870 148.

13871 147.

13872 147.

## 13873 152.

13874 181.

13875 173.

13876 160.

13888 148.

13889 152.

13890 147.

13904 132.

13905 142.

13906 136.

13907 131.

13912 131.

13913 135.

13914 144.

13915 141.

13934 138.

13935 119.

13936 130.

13937 112.

14337 133.

14338 145.

14339 127.

14367 147.

14368 126.

14369 127.

14370 121.

14371 117.

14372 122.

14373 124.

14374 121.

14375 129.

14376 160.

14377 135.

14378 151.

14405 142.

14406 125.

14407 150.

14408 162.

14409 153.

14410 143.

13850 140.

13851 163.

13852 150.

13853 153.

13861 165.

13862 162.

13863 153.

13864 165.

13877 122.

## 13878 132.

13879 149.

13880 136.

13884 142.

13885 168.

13886 155.

13887 156.

13891 132.

13892 126.

13893 127.

13894 126.

14348 162.

14349 136.

14350 161.

14351 140.

14359 136.

14360 139.

14361 152.

14362 151.

14363 129.

14364 141.

14365 134.

14366 157.

14419 130.

14420 161.

14421 128.

14434 171.

14435 149.

14436 163.

14437 134.

14440 129.

14441 131.

14442 121.

13843 137.

13844 137.

13845 135.

13846 141.

13854 149.

13855 157.

13856 151.

13857 140.

13881 167.

13882 138.

13883 131.

13895 121.

13896 123.

13897 125.

13898 133.

13899 135.

## 13900 128.

13920 147.

13921 138.

13922 111.

13923 128.

14333 125.

14334 131.

14335 129.

14336 146.

14391 142.

14392 126.

14402 150.

14403 175.

14404 167.

14426 129.

14427 132.

14428 135.

14429 133.

14443 131.

14444 133.

14445 138.

13847 178.

13848 142.

13849 139.

13858 164.

13859 121.

13860 127.

13930 135.

13931 137.

13932 163.

13933 143.

14393 148.

14398 125.

14399 133.

14400 115.

14401 122.

14415 189.

14416 167.

14417 177.

14418 170.

14422 138.

14423 138.

14424 143.

14425 154.

14438 124.

14439 133.

14446 126.

14447 126.

14448 121.

## 14449 134.

14340 121.

14341 124.

14342 129.

14343 126.

14344 134.

14345 112.

14346 126.

14347 122.

14379 138.

14380 142.

14381 162.

14382 134.

14430 122.

14431 116.

14432 127.

14433 115.

### blk 1, 3 MG branching

Parameter Parameter Value

Value

Table Analyzed

Blk 1,3 branching

One-way analysis of variance

P value P value 0.5525

0.5525 P value summary P value summary ns ns Are means signif. different? (P < 0.05) Are means signif. different? (P < 0.05) No No Number of groups Number of groups 5 5

F F 0.7673

0.7673 R squared R squared 0.06662

0.06662 0.06662

Bartlett's test for equal variances

Bartlett's statistic (corrected) Bartlett's statistic (corrected) 4.804 4.804

P value P value 0.3080

0.3080 P value summary P value summary ns ns Do the variances differ signif. (P < 0.05) Do the variances differ signif. (P < 0.05) No No

ANOVA Table ANOVA Table SS

SS df

MS

Treatment (between columns) Treatment (between columns) 57.93 57.93 4

14.48

Residual (within columns) Residual (within columns) 811.7 811.7 43

18.88

Total Total 869.6

869.6 47

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13622 13622 16.50

16.50

13640 13640 14.00

14.00

13660 13660 15.50

15.50

13661 13661 13.50

13.50

13685 13685 28.00

28.00

14102

14111 14111 14.67

14.67

14141 14141 21.67

21.67

14183 14183 16.00

16.00

14211 14211 11.00

11.00

14216 14216 13.67

13.67

13658 14.67

13666 13.67

13699 23.67

13708 21.00

14127 8.50

14149

14189 19.50

14106 20.00

14219 27.50

14131 20.33

13634 19.00

13678 11.50

13688 16.33

14164 16.50

14169 11.00

14100 15.00

14124 17.00

14136 18.33

14197 16.67

13618 16.67

13631 20.50

13652 20.00

13668 14.50

14198 12.50

14157 12.00

14161 20.33

14180 13.00

14207 13.00

14213 16.50

13627 21.00

13642 18.33

13647 7.00

Page 1

### blk 1, 3 MG branching

13672 17.00

14115 17.00

14151 16.50

14202 13.00

14118 11.67

14119 21.33

14190 17.00

Page 2

### blk 1, 3 MG distance

Parameter Parameter Value

Value

Table Analyzed

Blk 1, 3 distance

One-way analysis of variance

P value P value 0.6243

0.6243 P value summary P value summary ns ns Are means signif. different? (P < 0.05) Are means signif. different? (P < 0.05) No No Number of groups Number of groups 5 5

F F 0.6587

0.6587 R squared R squared 0.06180

0.06180 0.06180

Bartlett's test for equal variances

Bartlett's statistic (corrected) Bartlett's statistic (corrected) 5.651 5.651

P value P value 0.2268

0.2268 P value summary P value summary ns ns Do the variances differ signif. (P < 0.05) Do the variances differ signif. (P < 0.05) No No

ANOVA Table ANOVA Table SS

SS df

MS

Treatment (between columns) Treatment (between columns) 15.43 15.43 4

3.858

Residual (within columns) Residual (within columns) 234.3 234.3 40

5.856

Total Total 249.7

249.7 44

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13622. 13622. 12.3

12.3

13640. 13640. 11.6

11.6

13660.

13661. 13661. 14.8

14.8

13685. 13685. 15.2

15.2

14102.

14111. 14111. 16.2

16.2

14141. 14141. 12.4

12.4

14183. 14183. 14.6

14.6

14211. 14211. 16.2

16.2

14216. 14216. 14.3

14.3

13658. 12.5

13666. 11.8

13699. 15.6

13708. 11.5

14106. 18.2

14127. 19.4

14131. 14.5

14149. 12.7

14219. 13.0

14189. 15.2

13634. 12.4

13678. 16.8

13688. 10.4

14100. 15.0

14124. 13.5

14164. 13.8

14169. 15.8

14197. 12.4

14136. 15.4

13618. 12.7

13631. 10.9

13652. 15.4

13668. 12.7

14157.

14161. 12.2

14180. 12.6

14198. 14.8

14207. 10.3

14213. 7.8

13627. 12.5

13642. 16.3

13647. 18.8

Page 1

### blk 1, 3 MG distance

13672. 12.6

14115. 17.1

14118. 11.5

14119. 13.7

14151.

14190. 16.4

14202.

Page 2

### blk 1, 3 total teb

Parameter Parameter Value

Value

Table Analyzed

blk 1, 3 total teb

One-way analysis of variance

P value P value 0.5009

0.5009 P value summary P value summary ns ns Are means signif. different? (P < 0.05) Are means signif. different? (P < 0.05) No No Number of groups Number of groups 5 5

F F 0.8545

0.8545 R squared R squared 0.09135

0.09135 0.09135

Bartlett's test for equal variances

Bartlett's statistic (corrected) Bartlett's statistic (corrected) 7.283 7.283

P value P value 0.1217

0.1217 P value summary P value summary ns ns Do the variances differ signif. (P < 0.05) Do the variances differ signif. (P < 0.05) No No

ANOVA Table ANOVA Table SS

SS df

MS

Treatment (between columns) Treatment (between columns) 397.6 397.6 4

99.41

Residual (within columns) Residual (within columns) 3955 3955 34

116.3

Total Total 4353

4353 38

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13622 13622 52.

52.

13640 13640 42.

42.

13660

13661 13661 56.

56.

13685 13685 56.

56.

14102

14111

14141 14141 40.

40.

14183 14183 24.

24.

14211 14211 32.

32.

14216 14216 37.

37.

13658 26.

13666 37.

13699 59.

13708 52.

14106 47.

14127 35.

14131 49.

14149

14219 61.

14189 34.

13634 31.

13678

13688 33.

14100 36.

14124 42.

14164

14169 38.

14197

14136 34.

13618 35.

13631 27.

13652 40.

13668 36.

14157

14161 53.

14180

14198 34.

14207 37.

14213

13627 44.

13642

13647 41.

Page 1

### blk 1, 3 total teb

13672 58.

14115 33.

14118 32.

14119 30.

14151 43.

14190 53.

14202 14.

Page 2

### blk 2, 4 MG branching

Parameter Parameter Value

Value

Table Analyzed

Blk 2, 4 branching

One-way analysis of variance

P value P value 0.7857

0.7857 P value summary P value summary ns ns Are means signif. different? (P < 0.05) Are means signif. different? (P < 0.05) No No Number of groups Number of groups 5 5

F F 0.4306

0.4306 R squared R squared 0.04032

0.04032 0.04032

Bartlett's test for equal variances

Bartlett's statistic (corrected) Bartlett's statistic (corrected) 0.9322 0.9322

P value P value 0.9199

0.9199 P value summary P value summary ns ns Do the variances differ signif. (P < 0.05) Do the variances differ signif. (P < 0.05) No No

ANOVA Table ANOVA Table SS

SS df

MS

Treatment (between columns) Treatment (between columns) 30.60 30.60 4

7.649

Residual (within columns) Residual (within columns) 728.2 728.2 41

17.76

Total Total 758.8

758.8 45

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13901 13901 11.33

11.33

13909 13909 17.67

17.67

13917 13917 18.33

18.33

13967 13967 7.33

7.33

13927 13927 19.67

19.67

14353 14353 17.00

17.00

14356 14356 18.00

18.00

14385 14385 20.00

20.00

14388 14388 11.67

11.67

14395 14395 20.00

20.00

14413 14413 10.00

10.00

13870 5.50

13875 12.00

13888 15.33

13907 20.00

13934 16.50

14338 14.00

14367 13.00

14372 16.00

14376 11.50

14408 15.33

13862 16.50

13851 10.00

13878 8.00

13884 16.00

13892 10.50

14349 11.67

14359 15.50

14434 11.50

14441 22.50

13844 8.50

13854 12.50

13882 15.33

13897 13.67

13900 10.50

13923 13.00

14333 19.00

14403 18.00

14426 19.00

14445 13.33

13859 13.67

13930 19.00

13931 21.33

Page 1

### blk 2, 4 MG branching

14398 8.50

14416 12.67

14447 18.33

Page 2

### blk 2, 4 MG distance

Parameter Parameter Value

Value

Table Analyzed

Blk 2, 4 distance

Kruskal-Wallis test

P value P value 0.2691

0.2691 Exact or approximate P value? Exact or approximate P value? Gaussian Approximation Gaussian Approximation

P value summary P value summary ns ns Do the medians vary signif. (P < 0.05) No Number of groups Number of groups 5 5

Kruskal-Wallis statistic Kruskal-Wallis statistic 5.182 5.182

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13901 13901 17.2

17.2

13909 13909 14.9

14.9

13917 13917 14.4

14.4

13967 13967 14.6

14.6

13927 13927 14.0

14.0

14353 14353 15.5

15.5

14356 14356 16.2

16.2

14385 14385 14.0

14.0

14388 14388 17.5

17.5

14395 14395 16.7

16.7

14413 14413 15.1

15.1

13870 15.1

13875 14.7

13888 12.7

13907 10.8

13912

13934 15.1

14338 14.2

14367 14.7

14372 14.0

14376

14408 18.5

13862 13.5

13851 15.9

13878 12.8

13884 11.8

13892 18.4

14349 15.7

14359 15.6

14363 7.7

14421

14434 14.5

14441 15.3

13844 16.2

13854 15.2

13882 15.4

13897 13.7

13900 14.3

13923 14.2

14333 15.6

14403 12.0

14426 14.2

14445 14.4

13859 16.4

13930 12.1

13931 14.3

14398 11.9

14416 13.6

14447 13.6

Page 1

### blk 2, 4 total teb

Parameter Parameter Value

Value

Table Analyzed

Blk 2, 4 total teb

One-way analysis of variance

P value P value 0.1315

0.1315 P value summary P value summary ns ns Are means signif. different? (P < 0.05) Are means signif. different? (P < 0.05) No No Number of groups Number of groups 5 5

F F 1.894

1.894 R squared R squared 0.1662

0.1662

Bartlett's test for equal variances

Bartlett's statistic (corrected) Bartlett's statistic (corrected) 2.875 2.875

P value P value 0.5789

0.5789 P value summary P value summary ns ns Do the variances differ signif. (P < 0.05) Do the variances differ signif. (P < 0.05) No No

ANOVA Table ANOVA Table SS

SS df

MS

Treatment (between columns) Treatment (between columns) 649.3 649.3 4

162.3

Residual (within columns) Residual (within columns) 3257 3257 38

85.71

Total Total 3906

3906 42

No post tests. P > 0.05

animal # animal #animal # 0

1

5

20

100

13901 13901 62.

62.

13909 13909 46.

46.

13917 13917 40.

40.

13967 13967 42.

42.

13927 13927 57.

57.

14353 14353 40.

40.

14356 14356 53.

53.

14385 14385 56.

56.

14388 14388 47.

47.

14395 14395 32.

32.

14413 14413 44.

44.

13870 66.

13875 72.

13888 45.

13907

13912

13934 54.

14338 32.

14367 50.

14372 52.

14376

14408 52.

13862 38.

13851 50.

13878 41.

13884 49.

13892 47.

14349 60.

14359 29.

14363

14421

14434 43.

14441 47.

13844 29.

13854 45.

13882

13897 25.

13900 50.

13923 45.

14333 51.

14403 38.

14426 39.

14445 45.

Page 1

### blk 2, 4 total teb

13859 47.

13930 46.

13931 57.

14398 43.

14416 49.

14447 40.

Page 2

### Subjective Evaluations of MG Tissue from ATR 4 Block Study



### Block One Block Three

Animal # Group Obs. #1 Obs.#2 MEAN Animal # Group Obs. #1 Obs.#2 MEAN

13622 1 3 3.5 3.25 14111 1 2 2.5 2.25

13640 1 2 3 2.5 14102 1 4 3 3.5

13660 1 3 3 3 14141 1 3 3.5 3.25

13661 1 2.5 3 2.75 14183 1 3 3 3

13685 1 2 2.5 2.25 14211 1 2 2.5 2.25

MEAN 2.75 14202 1 3 3.5 3.25

stdev 0.40 14216 1 2.5 3 2.75

error 0.18 MEAN 2.89

stdev 0.50

error 0.19

13647 5 3.5 3.5 3.5 14118 5 3 3 3

13642 5 3 3.5 3.25 14151 5 3 2.5 2.75

13627 5 3.5 3 3.25 14119 5 2.5 2.5 2.5

13672 5 3 3 3 14190 5 2 3 2.5

MEAN 3.25 14115 5 2.5 3 2.75

stdev 0.20 MEAN 2.7

error 0.10 stdev 0.21

error 0.09



### Block Two Block Four

Animal # Group Obs. #1 Obs.#2 MEAN Animal # Group Obs. #1 Obs.#2

13967 1 4 3.5 3.75 14413 1 3.5 3.5 3.5

13927 1 2.5 3 2.75 14356 1 3 3 3

13909 1 3 2.5 2.75 14353 1 2.5 2.5 2.5

13901 1 3 2.5 2.75 14385 1 3 3.5 3.25

13917 1 2.5 3.5 3 14395 1 2.5 2.5 2.5

MEAN 3 13388 1 3 3 3

stdev 0.43 MEAN 2.96

error 0.19 stdev 0.40

error 0.16

13859 5 3 3 3 14447 5 3 3 3

13930 5 2.5 2.5 2.5 14398 5 3.5 3.5 3.5

13931 5 2 2 2 14416 5 3.5 3.5 3.5

MEAN 2.5 MEAN 3.33

stdev 0.50 stdev 0.29

error 0.29 error 0.17

## Blocks 1 and 3 (sid) cyclicity- 100% of animals were cycling prior to PND 119

Blk 1, 3 PND 119-132

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:43 on 26-MAY-2011

data: contingency table

A B C D E

1 22 23 22 24 23 114

2 0 0 2 0 1 3

22 23 24 24 24 117

expected: contingency table

A B C D E

1 21.4 22.4 23.4 23.4 23.4

2 0.564 0.590 0.615 0.615 0.615



## chi-square = 5.26

degrees of freedom = 4

probability = 0.262

Blk 1, 3 PND 147-160

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:45 on 26-MAY-2011

data: contingency table

A B C D E

1 21 19 19 24 19 102

2 1 2 3 0 1 7

22 21 22 24 20 109

expected: contingency table

A B C D E

1 20.6 19.7 20.6 22.5 18.7

2 1.41 1.35 1.41 1.54 1.28

## chi-square = 4.08

degrees of freedom = 4

probability = 0.395

Blk 1, 3 PND 175-188

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:47 on 26-MAY-2011

data: contingency table

A B C D E

1 17 14 16 17 20 84

2 3 7 6 5 0 21

20 21 22 22 20 105

expected: contingency table

A B C D E

1 16.0 16.8 17.6 17.6 16.0

2 4.00 4.20 4.40 4.40 4.00



## chi-square = 8.48

degrees of freedom = 4

probability = 0.076

Blk 1, 3 PND 203 -216

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:52 on 26-MAY-2011

data: contingency table

A B C D E

1 14 16 16 16 20 82

2 6 5 6 6 0 23

20 21 22 22 20 105

expected: contingency table

A B C D E

### 1 15.6 16.4 17.2 17.2 15.6

2 4.38 4.60 4.82 4.82 4.38



## chi-square = 7.16

degrees of freedom = 4

probability = 0.128

Blk 1, 3 PND 231 -244

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:51 on 26-MAY-2011

data: contingency table

A B C D E

1 15 13 13 11 16 68

2 7 8 9 11 4 39

22 21 22 22 20 107

expected: contingency table

A B C D E

1 14.0 13.3 14.0 14.0 12.7

2 8.02 7.65 8.02 8.02 7.29



## chi-square = 4.50

degrees of freedom = 4

probability = 0.343

Blk 1, 3 PND 259-272

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 12:53 on 26-MAY-2011

data: contingency table

A B C D E

1 14 12 11 10 15 62

2 8 9 11 12 5 45

### 22 21 22 22 20 107

expected: contingency table

A B C D E

1 12.7 12.2 12.7 12.7 11.6

2 9.25 8.83 9.25 9.25 8.41



## chi-square = 4.66

degrees of freedom = 4

probability = 0.324

## Blocks 2, 4 (bid) cyclicity- 100% of animals were cycling at all time points prior to PND 147.

Blk 2, 4 PND 147-160

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 13:04 on 26-MAY-2011

data: contingency table

A B C D E

1 22 20 20 20 14 96

2 0 1 1 0 0 2

22 21 21 20 14 98

expected: contingency table

A B C D E

1 21.6 20.6 20.6 19.6 13.7

2 0.449 0.429 0.429 0.408 0.286



## chi-square = 2.72

degrees of freedom = 4

probability = 0.605

Blk 2, 4 PND 175-188

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 13:07 on 26-MAY-2011

data: contingency table

A B C D E

1 22 18 17 19 14 90

2 2 4 4 1 0 11

24 22 21 20 14 101

expected: contingency table

A B C D E

1 21.4 19.6 18.7 17.8 12.5

2 2.61 2.40 2.29 2.18 1.52

## chi-square = 5.23

degrees of freedom = 4

probability = 0.264

Blk 2, 4 PND 203-216

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 13:08 on 26 -MAY-2011

data: contingency table

A B C D E

1 20 17 17 19 14 87

2 2 4 4 1 0 11

22 21 21 20 14 98

expected: contingency table

A B C D E

1 19.5 18.6 18.6 17.8 12.4

2 2.47 2.36 2.36 2.24 1.57



## chi-square = 5.23

degrees of freedom = 4

probability = 0.265

Blk 2, 4 PND 231-244

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 13:08 on 26-MAY-2011

data: contingency table

A B C D E

1 18 15 17 12 10 72

2 4 6 4 8 4 26

22 21 21 20 14 98

expected: contingency table

A B C D E

### 1 16.2 15.4 15.4 14.7 10.3

2 5.84 5.57 5.57 5.31 3.71



## chi-square = 3.33

degrees of freedom = 4

probability = 0.505

Blk 2, 4 PND 2 59-272

r × c Contingency Table: Results



## The results of a contingency table X 2 

## statistical test performed at 13:09 on 26-MAY-2011

data: contingency table

A B C D E

1 17 11 17 9 10 64

2 5 10 4 11 4 34

22 21 21 20 14 98

expected: contingency table

A B C D E

1 14.4 13.7 13.7 13.1 9.14

2 7.63 7.29 7.29 6.94 4.86



## chi-square = 9.08

degrees of freedom = 4

probability = 0.059

### ATR

Block 1 &

3 Cycling Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 1 1 2 3 4 5 6 7 8 9

1 13623 

### Y Y Y Y Y Y Y IR-CE3 Y

2 13624 

### Y Y Y Y Y Y Y IR-4yd Y

3 13632 

### Y Y Y Y Y Y Y Y Y

4 13633 

### Y Y Y Y Y Y CE CE CE

5 13638 

### IR-6yd Y Y Y Y Y Y CE CE

6 13639 

### Y Y Y Y Y Y Y CE Y

7 13653 

### Y Y Y Y IR-CE6 CE CE CE CE

8 13654 

### Y Y Y Y CE CE CE CE CE

9 13662 

### Y Y Y Y Y Y Y Y Y

10 13663 

### Y Y Y Y Y CE CE CE Y

11 13686 

### Y Y Y Y Y Y Y IR-CE5 Y

12 13687 

### Y Y Y IR-CE10 Y Y CE CE CE

Start B31 14104 

### Y Y Y Y Y Y Y Y Y

2 14105 

### Y Y Y Y Y IR-5CE Y Y Y

3 14110 

### Y Y Y Y Y Y Y Y Y

4 14112 

### IR-5yd Y Y Y Y Y Y Y Y

5 14140 

### Y Y Y Y Y Y IR-5yd IR-CE10 CE

6 14142 

### IR-5yd Y Y Y Y Y Y Y Y

7 14185 

### IR-14yd IR-5yd Y Y Y Y Y Y Y

8 14186 

### IR-12yd IR-5yd IR-10yd IR-4yd Y Y IR-10yd IR-12yd IR-12yd

9 14210 

### Y Y Y Y Y Y Y Y CE

10 14212 

### Y Y Y Y Y Y CE CE CE

Percent

Cycling

Reg/Irr 100 100 100 100 95 86 73 68 64

Percent CE 0 0 0 0 5 14 27 32 36

Number Cycling 17 20 21 20 20 18 14 10 13

Number IR 5 2 1 2 1 1 2 5 1

Number CE 0 0 0 0 1 3 6 7 8

### ATR

Block 1 &

3 Cycling Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 2 1 2 3 4 5 6 7 8 9

1 13656 

### Y Y Y Y Y CE CE CE CE

2 13664 

### Y Y Y Y Y Y Y Y Y

3 13665 

### Y IR-8yd Y Y Y Y Y Y Y

4 13696 

### Y Y Y Y Y Y Y Y IR-CE4

5 13697 

### Y Y Y Y IR-6yd Y Y Y Y

6 13710 

### Y Y Y Y Y CE Y IR-CE8 CE

7 13711 

### Y Y Y Y Y Y CE CE CE

8 13712 

### Y Y Y Y Y Y Y Y Y

9 13713 

### Y Y Y Y Y Y Y Y Y

10 13716 

### IR-9yd Y Y Y Y Y Y Y IR-4yd

11 13717 

### Y Y Y Y Y Y Y CE CE

Start B3 1

14108 

### IR-10yd Y Y Y Y CE CE CE CE

2 14109 

### Y Y Y Y CE CE CE Y IR-6CE

3 14128 

### Y Y Y Y Y Y Y Y Y

4 14129 

### Y Y Y Y N/A N/A N/A N/A N/A

5 14132 

### Y Y Y Y Y Y Y Y Y

6 14133 

### IR-5yd Y Y Y Y Y Y Y Y

7 14147 

### Y Y Y Y Y CE IR-7CE CE CE

8 14148 

### Y Y Y Y N/A N/A N/A N/A N/A

9 14187 

### Y Y Y Y Y IR-5CE IR-8CE CE CE

10 14188 

### IR-5yd Y Y IR-CE3 CE CE IR-6CE CE CE

11 14221 

### Y Y Y Y Y Y Y Y IR-7CE

12 14222 

### Y Y Y Y Y CE CE CE CE

Percent

Cycling

Reg/Irr 100 100 100 100 90 67 76 62 57

Percent CE 0 0 0 0 10 33 24 38 43

Number Cycling 19 22 23 22 18 13 13 12 8

Number IR 4 1 0 1 1 1 3 1 4

Number CE 0 0 0 0 2 7 5 8 9

### ATR

Block 1

&3 Cycling Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 3 1 2 3 4 5 6 7 8 9

1 13613 

### Y IR-4CE IR-4CE CE CE CE CE CE CE

2 13614 

### Y Y Y CE CE CE CE CE CE

3 13619 

### Y Y Y Y Y CE CE CE CE

4 13620 

### Y Y Y Y CE-13 CE CE CE CE

5 13636 

### Y Y IR-5CE Y Y Y Y Y Y

6 13637 

### Y Y IR-3CE Y Y Y Y Y IR-CE3

7 13676 

### Y Y Y Y Y Y Y Y Y

8 13677 

### Y Y Y Y Y Y IR-CE4 IR-CE3 IR-CE4

9 13690 

### Y Y Y CE12 CE14 CE CE CE CE

10 13691 

### Y Y Y Y Y Y Y IR-CE3 Y

11 13700 

### Y Y Y Y Y Y Y Y Y

12 13701 

### Y Y Y Y Y Y Y Y Y

Start B3 1

14098 

### IR-6yd Y Y Y Y Y IR-4yd Y Y

2 14099 

### Y Y Y IR-6yd Y Y Y CE CE

3 14123 

### IR-5yd Y Y Y N/A N/A N/A N/A N/A

4 14125 

### IR-9yd Y Y Y Y CE CE CE CE

5 14134 

### IR-5yd Y Y Y Y Y Y Y Y

6 14135 

### Y Y Y Y Y Y IR-6yd Y IR-4CE

7 14166 

### IR-5yd Y Y Y N/A N/A N/A N/A N/A

8 14167 

### Y Y Y Y Y Y IR-6CE CE CE

9 14168 

### Y Y Y Y Y Y IR-4yd Y CE

10 14170 

### Y Y Y Y Y Y Y Y Y

11 14194 

### Y Y Y Y Y IR-5CE CE CE CE

12 14195 

### Y Y Y Y Y Y Y IR-4CE CE

Percent

Cycling

Reg/Irr 100 100 100 92 86 73 73 60 50

Percent CE 0 0 0 8 14 27 27 40 50

Number Cycling 19 23 21 21 18 15 11 10 8

Number IR 5 1 3 1 1 1 5 3 3

Number CE 0 0 0 2 3 6 6 9 11

### ATR

Block 1 &

3 Cycling Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group4 1 2 3 4 5 6 7 8 9

1 13615 

### Y Y Y Y Y Y Y Y Y

2 13616 

### Y Y Y Y Y Y Y CE CE-6

3 13629 

### Y Y Y Y Y Y Y Y CE-9

4 13630 

### IR-10yd Y Y Y IR-6CE Y Y Y IR-6yd

5 13649 

### Y Y Y Y Y CE CE CE CE

6 13650 

### Y Y Y CE-10 Y Y IR-CE8 CE CE

7 13670 

### Y IR-9CE Y IR-11yd CE-12 CE CE CE CE

8 13671 

### Y Y Y Y Y Y Y Y CE

9 13682 

### Y Y Y Y Y Y CE CE CE

10 13683 

### IR-5yd Y Y Y Y Y Y CE CE

11 13704 

### Y Y Y Y Y Y Y Y Y

12 13705 

### Y Y Y Y Y Y IR-CE4 CE CE

Start B3 1

14159 

### Y Y Y Y IR-CE9 CE CE CE CE

2 14160 

### Y Y Y Y N/A N/A N/A N/A N/A

3 14162 

### Y Y Y Y IR-5yd Y Y Y CE

4 14163 

### Y Y Y Y Y Y Y Y Y

5 14181 

### Y Y Y Y N/A N/A N/A N/A N/A

6 14182 

### Y Y Y Y Y Y IR-CE4 CE CE

7 14200 

### Y Y Y Y Y Y Y IR-CE7 IR-CE7

8 14201 

### IR-7yd Y Y Y Y CE CE CE CE

9 14208 

### Y Y Y Y Y Y Y Y IR-CE7

10 14209 

### Y Y Y Y Y Y Y Y Y

11 14214 

### Y Y Y Y Y Y Y Y Y

12 14215 

### Y Y Y Y Y CE CE CE CE

Percent

Cycling

Reg/Irr 100 100 100 100 100 77 73 50 45

Percent CE 0 0 0 0 0 23 27 50 55

Number Cycling 21 23 24 22 20 17 13 10 5

Number IR 3 1 0 2 4 0 3 1 5

Number CE 0 0 0 0 0 5 6 11 12

### ATR

Block 1 &

3 Cycling Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 5 1 2 3 4 5 6 7 8 9

1 13625 

### Y Y Y Y Y Y Y Y Y

2 13626 

### Y Y Y Y IR-6yd Y Y Y Y

3 13644 

### Y Y Y Y Y Y Y Y Y

4 13645 

### Y Y Y Y Y Y Y Y Y

5 13646 

### Y Y Y Y Y Y Y Y Y

6 13648 

### Y Y Y Y Y Y Y Y Y

7 13674 

### Y Y Y IR-4CE Y Y IR-5CE Y CE

8 13675 

### Y Y Y Y Y Y Y Y Y

9 13694 

### Y Y Y Y Y Y Y Y Y

10 13695 

### Y Y Y Y Y Y Y Y Y

Start B3 1

14113 

### Y Y Y Y Y Y Y Y Y

2 14114 

### Y Y Y Y N/A N/A N/A N/A N/A

3 14116 

### Y Y Y Y N/A N/A N/A N/A N/A

4 14117 

### Y Y Y Y N/A N/A N/A N/A N/A

5 14121 

### Y Y Y Y Y Y IR-CE9 CE CE

6 14122 

### Y Y Y Y Y Y Y Y Y

7 14150 

### Y Y Y Y Y Y Y CE CE

8 14152 

### Y Y Y Y N/A N/A N/A N/A N/A

9 14192 

### Y Y Y Y Y Y Y Y Y

10 14193 

### Y Y Y Y IR-4yd Y Y Y Y

11 14204 

### Y Y IR-3+CE CE CE IR-7+CE Y CE CE

12 14205 

### Y Y Y Y Y Y Y Y Y

13 14217 

### Y Y Y Y Y Y IR-4yd Y IR-CE4

14 14218 

### Y Y Y IR-5CE IR5CE IR5+CE Y CE CE

Percent

Cycling

Reg/Irr 100 100 100 96 95 100 100 80 75

Percent CE 0 0 0 4 5 0 0 20 25

Number Cycling 24 24 23 21 16 18 17 16 14

Number IR 0 0 1 2 3 2 3 0 1

Number CE 0 0 0 1 1 0 0 4 5

### ATR

Block 2 Cycling

Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 1 1 2 3 4 5 6 7 8 9

1 13865 

### Y Y Y Y Y Y IR-CE4 CE CE

2 13866 

### Y Y Y Y Y Y Y Y IR-6yd

3 13902 

### Y Y IR-5yd Y Y Y Y Y Y

4 13903 

### IR-5yd Y Y Y Y Y Y Y Y

5 13910 

### IR-7yd Y Y Y Y IR-CE10 Y CE Y

6 13911 

### IR-5Yyd Y Y Y Y Y Y Y Y

7 13918 

### Y Y Y Y Y Y Y Y Y

8 13919 

### Y Y Y Y Y Y Y CE CE

9 13924 

### Y Y Y Y Y IR-8yd IR-4yd Y IR-CE4

10 13925 

### Y Y Y Y Y Y Y IR-CE4 CE

11 13928 

### Y Y Y Y Y Y Y Y IR-7yd

12 13929 

### Y Y Y Y Y Y Y Y Y

Start B4

1 14354 

### IR-4yd IR-8yd Y Y Y Y Y IR-14yd IR-5yd

2 14355 

### IR-4yd Y Y Y Y Y IR-4yd Y CE

3 14357 

### IR-4yd Y Y Y Y Y CE IR-10CE CE

4 14358 

### Y Y Y Y Y Y Y Y CE

5 14383 

### Y Y Y Y Y Y Y Y IR-7yd

6 14384 

### Y Y Y Y Y Y Y Y Y

7 14389 

### IR-4yd Y Y Y Y IR-5yd IR-8yd IR-5yd IR-9yd

8 14390 

### IR-5yd Y Y IR-CE4 Y Y Y IR-6yd CE

9 14396 

### Y Y Y Y Y Y CE CE CE

10 14397 

### Y Y Y N/A N/A N/A N/A N/A N/A

11 14411 

### IR-4d Y Y Y Y Y IR-4yd Y Y

12 14412 

### Y IR5yd Y N/A N/A N/A N/A N/A N/A

Percent

Cycling

Reg/Irr 100 100 100 100 100 100 91 82 64

Percent CE 0 0 0 0 0 0 9 18 36

Number Cycling 15 22 23 21 22 19 15 13 8

Number IR 9 2 1 1 0 3 5 5 6

Number CE 0 0 0 0 0 0 2 4 8

### ATR

Block 2 Cycling

Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 2 1 2 3 4 5 6 7 8 9

1 13871 

### Y Y Y Y Y CE CE CE CE

2 13872 

### Y Y Y Y Y Y Y Y Y

3 13873 

### Y Y Y Y Y Y CE CE CE

4 13874 

### Y Y Y Y Y Y Y Y Y

5 13889 

### Y Y Y IR-4CE Y Y Y Y Y

6 13890 

### Y Y Y Y Y Y Y Y Y

7 13904 

### Y Y Y Y Y Y Y Y Y

8 13905 

### Y Y Y Y Y Y Y Y IR-CE6

9 13914 

### Y IR-6yd Y Y CE14 Y Y Y Y

10 13915 

### Y Y Y IR-11CE IR-13CE CE CE CE CE

11 13936 

### Y Y Y Y Y Y Y Y Y

12 13937 

### Y Y Y Y Y Y Y Y Y

Start B4

1 14339 

### Y Y Y Y Y Y Y Y Y

2 14369 

### IR-3E Y Y Y Y Y IR5yd IR-10yd Y

3 14370 

### Y Y Y N/A N/A N/A N/A N/A N/A

4 14373 

### Y Y Y Y Y CE CE CE CE

5 14374 

### Y Y Y N/A N/A N/A N/A N/A N/A

6 14377 

### Y Y Y Y CE IR-8CE IR-8CE IR-5CE CE

7 14378 

### Y Y Y Y Y Y Y CE CE

8 14405 

### Y Y Y Y Y Y Y Y CE

9 14406 

### Y Y IR-12yd Y Y Y Y Y CE

10 14409 

### Y Y Y Y Y Y Y IR-6CE CE

11 14410 

### Y Y Y Y Y Y IR-11CE CE CE

Percent

Cycling

Reg/Irr 100 100 100 100 95 86 81 71 53

Percent CE 0 0 0 0 5 14 19 29 47

Number Cycling 22 22 22 19 18 17 14 12 10

Number IR 1 1 1 2 2 1 3 3 1

Number CE 0 0 0 0 1 3 4 6 10

### ATR

Block 4 Cycling

Data

Group 3 PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### 1 13852 

### Y Y Y Y Y Y IR-4yd IR-5yd Y

2 13853 

### Y ID-8yd Y Y Y Y IR-4yd IR-5yd IR-8yd

3 13863 

### Y Y Y Y Y Y Y Y Y

4 13864 

### Y Y Y Y Y Y Y Y Y

5 13879 

### Y Y Y Y CE14 CE CE CE CE

6 13880 

### Y Y Y Y Y Y Y Y Y

7 13886 

### Y Y Y Y Y IR-7yd Y Y Y

8 13887 

### IR-10yd Y Y Y Y Y Y Y Y

9 13893 

### Y Y Y Y Y Y Y Y Y

10 13894 

### Y Y Y Y Y CE CE CE CE

Start B4

1 14350 

### Y IR-4yd Y Y Y Y Y Y Y

2 14351 

### Y Y Y Y Y IR-8CE Y IR-4yd Y

3 14361 

### IR-3E Y IR-10yd Y Y Y Y Y Y

4 14362 

### Y Y Y Y IR-CE5 CE CE CE CE

5 14366 

### Y Y Y IR-CE5 CE CE CE CE CE

6 14419 

### IR-7yd IR-4yd Y Y Y Y Y Y Y

7 14420 

### Y Y Y Y Y Y Y Y Y

8 14436 

### Y Y Y Y Y Y Y Y Y

9 14437 

### Y Y Y Y Y Y Y Y IR-4yd

10 14440 

### Y Y Y IR-4yd Y Y Y Y Y

11 14442 

### Y Y Y Y Y Y Y Y Y

Percent

Cycling

Reg/Irr 100 100 100 100 95 81 81 81 81

Percent CE 0 0 0 0 5 19 19 19 19

Number Cycling 18 18 20 19 18 15 15 14 15

Number IR 3 3 1 2 2 2 2 3 2

Number CE 0 0 0 0 1 4 4 4 4

### ATR

Block 2 Cycling

Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group4 1 2 3 4 5 6 7 8 9

1 13845 

### Y Y Y Y Y Y Y Y Y

2 13846 

### Y Y Y Y Y Y Y CE CE

3 13856 

### Y Y Y Y Y Y Y Y CE

4 13857 

### Y Y Y Y Y Y Y Y Y

5 13881 

### Y Y Y Y Y IR-4yd Y Y Y

6 13883 

### Y Y Y Y Y Y Y Y Y

7 13895 

### Y Y Y Y Y Y Y CE CE

8 13896 

### Y Y Y Y Y IR-4yd CE CE CE

9 13898 

### Y IR-6yd Y Y Y Y Y CE CE

10 13899 

### Y Y Y IR-8yd Y Y Y Y Y

11 13920 

### Y Y Y Y Y Y Y Y Y

12 13921 

### IR-10yd IR-5yd Y Y Y Y IR-CE3 CE CE

Start B4

1 14335 

### Y Y Y N/A N/A N/A N/A N/A N/A

2 14336 

### Y Y Y Y Y Y Y Y Y

3 14391 

### IR-4yd Y Y Y Y Y IR-10yd Y CE

4 14392 

### IR-8yd Y Y Y Y Y Y Y Y

5 14401 

### Y Y Y N/A N/A N/A N/A N/A N/A

6 14402 

### Y Y Y Y Y Y Y CE Y

7 14404 

### Y Y Y Y Y Y Y CE CE

8 14428 

### IR-6E Y Y Y Y IR-4yd IR-5yd IR-5E CE

9 14429 

### Y IR-8yd Y N/A N/A N/A N/A N/A N/A

10 14443 

### IR-7yd Y Y Y Y Y Y IR-5E CE

11 14444 

### Y Y Y Y Y Y Y CE CE

Percent

Cycling

Reg/Irr 100 100 100 100 100 100 95 60 45

Percent CE 0 0 0 0 0 0 5 40 55

Number Cycling 18 20 23 19 20 17 16 10 9

Number IR 5 3 0 1 0 3 3 2 0

Number CE 0 0 0 0 0 0 1 8 11

### ATR

Block 2 Cycling

Data

PND35-48 PND63-76 PND91-104 PND119-132 PND147-160 PND175-188 PND203-216 PND231-244 PND259-272



### Group 5 1 2 3 4 5 6 7 8 9

1 13847 

### Y Y Y Y Y Y Y Y IR-CE8

2 13848 

### Y Y Y Y Y Y Y CE CE

3 13849 

### Y Y Y Y Y Y Y Y Y

4 13860 

### Y Y Y Y Y Y Y IR-CE5 IR-CE8

5 13932 

### Y Y Y Y Y Y Y Y Y

6 13933 

### Y IR-5yd Y Y Y Y Y Y Y

Start B4

1 14393 

### Y Y Y Y Y Y Y CE CE

2 14400 

### Y Y Y Y Y Y Y CE CE

3 14417 

### IR-5yd IR-6yd Y Y Y Y Y CE CE

4 14418 

### Y Y Y Y Y Y Y Y Y

5 14438 

### IR-5yd Y Y Y Y Y Y Y Y

6 14439 

### Y Y Y Y Y Y Y Y Y

7 14448 

### Y Y Y Y Y Y Y Y Y

8 14449 

### Y Y Y Y Y Y Y Y Y

Percent

Cycling

Reg/Irr 100 100 100 100 100 100 100 71 71

Percent CE 0 0 0 0 0 0 0 29 29

Number Cycling 12 12 14 14 14 14 14 9 8

Number IR 2 2 0 0 0 0 0 1 2

Number CE 0 0 0 0 0 0 0 4 4